Models for financing a solar energy projects and the global renewable energy sector has shown steady growth over the past decades.

According to the Energy Outlook 2021, the combined market for wind and solar PV technology in Europe could grow by 35 GW during 2021, requiring an investment of 60 billion euros.

The International Energy Agency says wind power will grow by 8% and solar power by 13%.

Once completed, the solar power plant becomes the cheapest technology to operate for power generation, since solar radiation is available completely free of charge, and modern equipment requires minimal operating costs.

Thus, renewable energy sources easily displace fossil fuels as soon as they enter the market.

This gap will widen even further in 2021. Positive market trends plus preferential terms persisting in many countries will drive the sector’s growth. This is complemented by technological advances that have made newly built solar power plants cheaper on average than coal or nuclear power plants.

An important point in the context of increasing the competitiveness of solar energy is the correct choice models for financing a solar energy plant project.

Among the potential instruments for the implementation of these capital-intensive projects, long-term investment loans and complex project finance instruments are now available to businesses.

CP Finance UK offers the implementation of investment projects in the field of renewable energy around the world.

Our specialists are ready to provide customized solutions for each project, from long-term financing to the development of technical documentation and the construction of a solar power plant under an EPC contract.

Contact us.

Long-term bank loans as models for financing a solar energy plants

A bank loan is one of the oldest and most popular business financing instruments that remains in high demand in solar energy.

A significant percentage of the $ 2.7 trillion invested in renewable energy sources in the world over the previous decade came from long-term loans.

In general, there is no fundamental difference between short-term and long-term loans. Some of the features of the latter are listed below:

• Long-term loans for the construction of solar power plants are usually provided for a period of 5-7 years or more, depending on the type of project.

• The interest rate can be fixed or variable, the latter being common. Recently, loans with a more complex variable interest rate are often offered.

The volatility of interest rates makes it necessary to propose new financial transactions adapted to changing market conditions.

In this sense, the variable interest rate makes the financial model of the solar power plant project more flexible, adapting it to the general conditions of the financial environment. For this reason, banking operations that were previously subject to fixed interest rates are gradually being replaced by indexed loans (linked to the index), the parameters of which vary depending on market fluctuations.

Any lending operation involves the assumption of a certain risk by the lender.

As the maturity period increases, the uncertainty increases, so the requirement for guarantees that protect the lender becomes more common.

A loan for the implementation of a solar project can be protected by real guarantees in the form of securities, real estate, movable property and other valuable assets. If there is not enough collateral, the financial institution may request one or more guarantors to provide debt repayment in the event of a default on the borrower’s company.

Considering that the construction of a large solar power plant with an installed capacity of 100 MW may require about $ 80-100 million or more, some projects are financed by bank syndicates, rather than individual banks.

Syndicated loans are provided for the implementation of large projects and models for financing a solar energy through one credit operation.

This type of lending helps energy companies reconcile the demand for large volumes of financing with their desire to avoid excessive concentration of risk from financial institutions.

Benefits of investment loans for solar energy projects

Investment bank loans as models for financing a solar energy projects have become extremely popular and the ease of obtaining funds is far from the only reason for the demand for this versatile financial instrument.

Long-term bank loans, although used most often for solar projects, cannot be seen as ideal financing.

When determining models for financing a solar energy project, a company should consider the advantages and disadvantages of each of them in a specific business situation.

Disadvantages of using bank loans:

There are no ideal financial instruments.

Every company has a unique economic and financial situation, so not every solution for one company will work for another.

Business owners or those responsible for managing corporate finance should not forget about other alternative financing options that are emerging in the market and can often be more attractive than the popular investment loan.

Borrowers should understand current financial market offerings and carefully analyze individual offers.

The financial team of  CP Finance UK  is ready to provide you and your employees with comprehensive advice on the implementation of investment projects.

Project finance for solar power plants

The project finance (PF) method is one of the most advanced methods of raising funds for the construction of large solar power plants or other capital-intensive energy facilities.

The PF allows a business to attract significantly larger funds in comparison with traditional bank lending.

Large enterprises making long-term investments today are forced to attract capital from outside, since they rarely have significant amounts of their own funds. Various financial instruments come to the rescue, which include loans, leasing and project finance.

Energy companies that run several expensive projects at the same time or are faced with debts for previously consumed energy need capital for further development and implementation of large projects. PF opens up new opportunities for business expansion, relying on the prospects of a specific project, and not on the assets of the borrowing company.

Along with the growing popularity of project finance and the development of more and more efficient variants of Models for financing a solar energy, it is becoming suitable for smaller and smaller projects.

Choosing a model for financial a solar energy project

Companies that succeed in the auction often have limited time to expand their PV capacity.

What are the best models for financing a solar energy project today?

There are two main ways.

The first business models for financing a solar energy projects and  the construction of  the facility is through a long-term bank loan.

In many countries, such a loan is not difficult to obtain by holding a successful auction and submitting a serious business plan.

The second business model involves the organization of project finance (PF) with the involvement of an investor who, at a price determined depending on the capacity of a given facility, finances its construction and acquires ownership of this asset. Sometimes the company, in addition to cash injections associated with the completion of the solar power plant, receives a long-term contract for its maintenance.

The transaction is usually carried out as the purchase of shares in a limited liability company whose assets are a photovoltaic installation.

Typically, a long-term contract for the operation and maintenance of the facility is signed between the same parties.

The company that is the subject of the transaction receives a guaranteed sales price for the energy produced for 10-20 years and guarantees the estimated costs necessary to keep the installation at the highest level of efficiency.

This situation allows investors not only to gain know-how related to the engineering design and construction of power plants, but also to secure a long-term source of income. Equally important in this case is the availability of free funds that can be spent on the development of new projects.

How much does a 1 MW solar power plant cost?

The cost of building a solar power plant remains a secret, which is revealed to the initiator only as a result of detailed design calculations and negotiations with potential contractors and equipment suppliers.

The cost of each megawatt of installed capacity can be named only approximately, focusing on the specifics of the project and the market of the host country.

When developing models for financing a solar energy projects, it is important to take into account the complexity of the construction of such facilities, which in some cases are associated with a certain risk and unpredictability.

This is not only about the construction and installation time of equipment, which can vary from 3-6 months to 1 year or more, taking into account the scale and technical difficulties that may arise at the site.

The project depends on successful planning, engineering design of a solar farm, finding and preparing a suitable site for construction, obtaining licenses, supplying electrical components and metal structures, installation, etc.

If you are planning to build a large solar power plant, contact our consultants.

Our financial and technical team will help you get the expected construction cost estimate, select engineering solutions and determine the optimal financial model for a specific project.

CP Finance UK FINANCE LIMITED
Website:https://c-pfinanceuk.com/
E-mail:finance@cpuk-financeltd.com
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Energy sectors Project finance ( in the  is driving innovation and the green transition, providing reliable power generation and gradually reducing the carbon footprint of the global economy.

Project finance schemes are enabling an increasing number of companies to switch to renewable energy sources such as wind farms, photovoltaic plants, biogas power plants and others.

At the same time, access to high financial leverage facilitates the implementation of large conventional energy projects as a bridge to a sustainable future, including the modernization of coal-fired thermal power plants, the construction of gas-fired combined cycle thermal power plants and other facilities.

It is becoming increasingly difficult for companies specializing in energy projects to implement capital-intensive projects without a high share of equity capital, especially against the backdrop of increasingly tight regulation in the banking sector.

Innovative project finance mechanisms, long-term investment loans, mezzanine capital, reliable loan guarantees and comprehensive consulting support allow our clients to implement large energy projects with 90% debt financing.

Contact CP Finance UK Finance to find out more.

Project finance in the renewable energy sector

Project finance refers to a method of raising long-term debt financing for large projects through financial engineering tools based on loans provided against the future cash flow generated by the project.

A distinctive feature of project finance is the participation of the SPV (special purpose vehicle), which is engaged in attracting the resources necessary for the implementation of the investment project, ensures its construction and makes payments on loans issued to energy sectors project finance  from the funds received through energy generation.

Securing the return of borrowed funds attracted to finance an investment project is the cash flow generated by the project. In addition, assets created during the implementation of the RES project can be provided as collateral. In other words, PF schemes do not require sponsors to provide their assets to ensure the return of received borrowed funds at the initial stage of the investment stage of the project. This makes project finance a fairly risky tool for capital providers.

Project finance in renewable energy is characterized by the following features:

• Comprehensive analysis of projects.
• Rational sharing of risks between project stakeholders.
• High requirements for the margin of safety of projects.
• Tender approach to the selection of suppliers and contractors.
• Complex contract structure of RES projects.
• Strict monitoring and control at all stages.

An important aspect of the implementation of energy projects, in addition to technology development, is the diversification of financing sources, in particular, the issuance of various types of securities.

The evolution of the financial market over the past decades has led to an increase in interest and the formation of a high demand for project finance bonds, opening up wide opportunities for financing renewable energy projects.

It has become profitable for commercial banks to refinance long-term investment loans in the bond market through the additional issuance of PF bonds or securitization.

At a certain point, the assets of the renewable energy sectors project finance had one of the highest potentials for securitization.

Starting around 2015, financial market participants began to actively use green bonds, which allowed energy companies to finance renewable energy assets by issuing bonds, the proceeds of which are directed to projects or activities with environmental goals. The growth in renewable energy funding has had a positive impact on the construction of photovoltaic power plants, offshore wind farms and other environmentally friendly energy projects in Europe and beyond.

Solar power plants

For project finance, solar energy projects are more suitable than wind generation projects, which are considered more technically complex and risky.

The commissioning of new photovoltaic power plants creates significant potential for the issuance of project finance bonds in the field of solar generation around the world. The specificity of solar energy technologies is such that continued investment in this sector is accompanied by a significant reduction in the cost of technologies and an increase in the competitiveness of the energy produced due to economies of scale.

Skyrocketing prices for natural gas, fuel oil and coal, caused by geopolitical tensions on the European continent in 2021-2022, are also boosting investor interest in energy sectors project finance.

It is one of the most well-studied and predictable sources of energy, making entire industries independent of fossil fuels.

Thanks to changes in the fossil fuel market and active support from governments, energy sectors project finance  has become very attractive.

Compared to other renewable energy facilities, solar energy projects are the most typical from an engineering point of view, since the technologies and equipment used in the construction of solar power plants are largely identical in projects implemented around the world. Low risk and predictable performance are some of the reasons why project finance models are extremely widespread in the construction of solar power plants.

Today, there are dozens of large solar power plants of various types around the world built using project finance.

Among them we can mention Benban Solar Park (Egypt), Noor Power Plant (Morocco) and others. Major financial institutions and companies such as Acciona Energy are actively involved in the development of innovative solar projects, making an invaluable contribution to the energy transition.

Wind farms

Project finance, being one of the priority tools for stimulating economic growth, allows the implementation of large-scale wind projects such as the construction of offshore wind farms.

The latter, having enormous development potential, are considered as one of the main sources of green energy for coastal regions, in particular for European consumers near the North Sea and the Baltic Seas. This is confirmed by the achievements of Germany, Denmark, Poland and other countries.

In Germany, using the project finance tool, the Nordsee ONE and Butendiek wind park projects were successfully implemented.

For their implementation, independent companies were established, the purpose of which was the development, financing, construction and operation of wind farms.

For example, Nordsee One GmbH was established for the Nordsee ONE park, while Western Power Distribution became the co-owner, operator and developer of the Butendiek wind farm.

International experience shows that global climate issues and rising fossil fuel prices are leading to an increase in project finance activity in the wind energy industry, especially in Europe and North America. The trend towards increased use of project finance schemes in the EU can be largely attributed to government programs, in particular targeted efforts to attract investment in renewable energy sources.

These government efforts are complemented by leading wind turbine manufacturers such as Siemens Gamesa and Vestas, who are investing hundreds of millions of euros to improve equipment capacity, reliability and reliability.

Hydropower plants

The top ten countries in terms of installed hydropower capacity remain unchanged over a long period of time.

China, Brazil, Canada, USA, Russia, India, Norway, Turkey, Japan and France remain the leaders, together accounting for more than two-thirds of the world’s installed capacity. These are countries that, due to the abundance of water resources, are able to develop hydropower projects on a sufficient scale and with high economic efficiency.

However, there are fewer and fewer suitable sites for new HPPs, which, along with tightening technical requirements, increases the cost of engineering and construction of such facilities.

Due to financial and technical reasons, hydropower is inferior in terms of investment attractiveness to other sources of renewable energy, especially solar and wind energy. This has a negative impact on the investment in the industry.

Between 2015 and 2019, the global average annual growth in installed hydropower capacity was 2.1%, which is considered a very modest figure. The need for increased funding for hydropower projects is felt almost everywhere, from greenfield projects to capital-intensive modernization of existing HPPs.

Energy sectors project finance has traditionally played a critical role in this sector due to the huge initial costs and long payback periods of such projects.

Few companies, even in partnership with government organizations, are willing to bear such costs without external support.

The cost of building a hydropower plant varies widely, depending on the specific location and natural conditions, the technology used and the scale of the project.

Previously, such facilities could build about 500,000 euros per 1 MW of installed capacity, but now the construction of hydroelectric power plants in hard-to-reach river sections in compliance with the strictest environmental requirements can easily exceed 4 million euros per 1 MW of installed capacity.

The establishment of a special purpose vehicle, isolation of project assets from its initiators, high financial leverage and rational distribution of project risks create the most favorable conditions for attracting financing for the construction of hydropower plants in the current environment.

Project finance in the conventional energy sector

Thermal power plants at the initial stage of construction are generally considered to be a cheaper solution compared to energy sectors project finance of similar installed capacity.

However, the exorbitant prices of natural, gas and coal make these plants quite costly to operate, so the cost of electricity produced can rise substantially during times when fossil fuel supplies are scarce. As a controversial energy source with an uncertain future, conventional energy facilities are now considered risky investments, which explains the difficulty of financing such projects.

Since thermal power plants are directly dependent on the availability of fossil fuels, in many cases these facilities are built near energy sources such as coal fields, liquefied natural gas terminals, large pipelines, refineries, and so on. Usually these are very large projects with an installed capacity of 1 to 3 GW or more, consisting of several multi-megawatt power units and a developed infrastructure.

The cost of such facilities can run into many hundreds of millions of euros, which poses serious long-term financing problems for sponsors.

Project finance is now widely used in the thermal power industry, providing companies with the effect of high financial leverage and convenient financing mechanisms with minimal risk.

Some features of PF model are listed below:

• Flexible application of a wide range of financial mechanisms, including long-term investment loans, the issuance of corporate securities and others.

• Using future financial flows as collateral for debt, as well as providing assets of a special project company created as part of a specific thermal power plant project as collateral.

• Energy project financing is carried out through a specially established legal entity (SPV, SPE, SPC), which is formally independent of the initiators and has separate assets.

• Adequate level of financial participation of the project sponsors, which can reach 10-20% of the estimated project cost or more, depending on the agreements. Thus, 80-90% of project costs are covered by banks / investors, which allows using the effect of financial leverage.

• Given the complete absence of collateral or its limited nature, the reliability of the PF model is ensured by a complex multilateral contractual structure with a rational distribution of risks and responsibilities of the parties.

In fact, the project finance (PF) is justified only by the high reliability of the project and the high confidence in the technologies, which can be achieved with sufficient experience and professional approach of the contractors.

Obviously, this is much more applicable to traditional energy sources than to little-studied alternative technologies.

Combined cycle power plants

Project finance, based on the repayment of project debts from future cash flows, has been considered for several decades as one of the best solutions for conventional energy facilities.

This is especially true when it comes to large capital-intensive projects built on proven and reliable low-risk technologies. Highly efficient and reliable Combined Cycle Gas Turbine (CCGT) power plants are now considered mainstream in the thermal power sector. This is an area where the potential benefits of project finance models are fully realized.

World experience in the construction and operation of thermal power plants has shown that the generation of electricity and heat at them is most effective in combined-cycle gas turbine power plants, which include a gas turbine and a steam turbine.

As a result of this combination, the heat is fed into the gas turbine (the cycle at a high initial temperature of the combined system), and the unused heat is removed to the steam turbine, which operates at a relatively low temperature.

This technology provides the maximum efficiency that can be achieved by burning fossil fuels.

As an important bridge between conventional energy and a carbon-free future, gas turbine combined cycle power plants powered by natural gas are now regarded as one of the most important sources of electricity for industry and households in developed countries.

Despite the problems caused by the explosive growth in hydrocarbon prices, highly-efficient CCGT projects continue to be seen as one of the pillars of the global economy for the coming decades.

Project finance plays an important role in modernizing and improving the efficiency of the European energy sector, supporting local economies against the backdrop of rising hydrocarbon prices. One example is the recent 560MW CCGT plant project in Grudziadz, which is being developed jointly with MYTILINEOS and Siemens Energy Global GmbH.

The power plant, an EPC contract for the construction of which has been signed since May 2022, will be financed through a special purpose vehicle on a PF basis.

Modernization of coal-fired thermal power plants

Europe is an industrialized country with large energy needs and high environmental standards that promote the development of RES, including the Wind farms financing in Austria.

Lacking access to the sea, thus being cut off from the highly efficient offshore wind energy technologies, Austria has focused on the construction of onshore wind farms in the foothills of the Alps, mainly based on medium-power wind turbines.

Although for many decades the country relied mainly on fossil fuels and conventional thermal energy, today investment and wind farms financing in Austria is experiencing a boom.

How much does it cost to build one medium-sized onshore wind turbine in Austria?

What does this investment mean for the local economy and business?

Let’s look at the numbers and statistics:

• A typical 3MW wind turbine supplies up to 2,000 Austrian households with green energy, reducing the local economy’s CO2 emissions by 4,500 tons per year.

• The average cost of each wind turbine is 5 million euros, with 1.5 million added value for local companies being created during the production and construction stages.

• Each turbine creates about 20 temporary jobs during construction and installation and 2 permanent jobs for local communities during operation and maintenance.

Wind energy sector already plays a significant role in stabilizing electricity prices in Austria, and this tool will become increasingly important after the European decision to reduce dependence on Russian natural gas.

Experts expect the growth of investment in Austrian wind energy in the next few years. In particular, the demand for long-term investment lending, project finance services and related financial services for large businesses will increase significantly.

CP Finance UK offers long-term loans for the construction of wind power plants in Austria and other European countries.

We also provide project finance services, financial modeling services, financial engineering and consulting.

Contact us to learn more.

Financing of wind energy projects in Lower Austria

Lower Austria is a fairly developed and economically active region with a population of about 1.7 million people, which has huge energy needs.

This region is unable to cover its consumption with renewable energies. Nevertheless, the total share of renewable sources in the energy balance of the region is now about 92%, and 29% of energy needs are covered by wind farms. For comparison, in 2005, the share of wind energy in the energy balance of Lower Austria was only 5%.

As of the end of 2021, the federal state of Lower Austria had 735 large and small wind energy facilities with a total installed capacity of over 1.75 GW. This accounted for about half of Austria’s total wind energy capacity, making this federal state the undisputed leader in the industry.

Annual wind generation in this region reaches 4 TWh, and this figure is constantly increasing with innovative technologies and investments.

Favorable topography and huge wind energy potential attract many investors to Austria, who are ready to invest long-term financial resources in the further development of the wind energy sector.

Lower Austria’s existing wind energy projects help reduce annual carbon dioxide emissions by 1.8 million tons, which is equivalent to 720,000 passenger cars. Moreover, the enterprises of the sector perform an important social and economic role, providing the local community with 1,100 additional jobs (not including indirect jobs in related fields).

Annual investment in the construction of wind farms in Lower Austria reached a peak after the liberalization of state policy in 2012. In particular, in 2015 the total investment in the wind energy sector of this federal state amounted to about 470 million euros, after which it gradually decreased to 25 million euros in 2020.

By the way, 2020 was the only year when the total installed capacity of wind farms in the region decreased (-21 MW) due to the planned decommissioning of old turbines against the background of insufficient investments to restore the park.

In all other years, starting from 2015, the annual increase in installed capacity ranged from +62 to +284 MW.

From that moment on, local authorities and businesses again began to take up the financing of wind energy, which was largely due to the sharp rise in fossil fuel prices. During 2021, 22 facilities with a total investment of more than 100 million euros will be built in Lower Austria. In particular, new large wind farms were installed in Bruck an der Leitha, Gänserndorf and Mistelbach. In 2022, 57 wind power projects were planned with an installed capacity of about 225 MW.

In 2022, wind energy investments will exceed 300-350 million euros against the backdrop of uncertainty with future gas supplies, rising hydrocarbon prices, and the urgent need to diversify the region’s energy mix.

Coming years can safely be called an ideal time for  new wind farms financing in Austria, as well as for the expansion of existing facilities.

The availability of renewable electricity will be decisive for a region’s economic development in the future. We are talking about increasing installed capacity, expanding electricity grid, bringing wind energy facilities closer to end consumers and stabilizing electricity prices, which have been showing rapid growth across Europe since 2022.

Wind energy investments in Austria are on the rise

Around 65 TWh of electricity are currently consumed in Austria every year.

At the end of 2017, wind turbines provided about 7 TWh, which is only 11% of electricity requirements.

By 2022, wind power could already cover 20% of electricity requirements. If around 120 wind turbines are erected per year by 2030, wind power can cover 26% of Austria’s needs. Obviously, this will require colossal private investment, long-term lending and government support.

In the early 1990s, when wind energy technologies were just beginning to develop, experts considered Austria to be unsuitable for building wind farms on a commercial scale. However, for many years, local enthusiasts financed and conducted research on the wind resources, discovering the great wind energy potential of the foothills of the Alps. The first wind turbine was launched in Austria in 1994, but the booming development of this sector only started in the early 2000s.

Between 2002 and 2012, Austrian legislation in the field of wind energy underwent significant changes, which contributed to a significant acceleration of the development of the technology and the construction of a large number of private projects.

With an amendment to the Green Electricity Act (Ökostromgesetz 2012), which came into force in 2012, preferential conditions for wind energy restored, enabling the further expansion of wind energy in Austria. In the second stage of the expansion, wind energy production doubled in just 4 years.

At the end of 2021, Austria had about 1,300 wind turbines with a total installed capacity of 3.3 GW. According to experts, by the end of 2022, this figure will exceed 3.7 GW.

Today, commercial banks are ready to provide long-term investment loans for the construction of new wind farms in Austria in view of the maturity of the technology and the great prospects of green energy sector.

By 2030, 20% of the energy consumed in the European Union will be provided by renewable energy sources. The federal government’s new program calls for 100% renewable electricity by 2030. This is extremely important for the Austrian energy industry in the context of a sharp rise in natural gas prices due to geopolitical tensions in Eastern Europe.

The main investments in wind power in Styria came in the period 2012-2019, when the total installed capacity grew from 53 MW to 260 MW. It should be noted that in the period from 2019 to 2021, the installed capacity of wind energy did not increase.

This policy is likely to be changed in the near future under the influence of major macroeconomic and political shifts in Europe.

If you are interested in long-term wind farms financing in Austria or other European countries, contact CP Finance UK FINANCE LIMITED.

We offer investment credit up to 90% of the project cost, and we also use flexible project finance tools for large capital-intensive facilities.

The construction and financing for a solar panel plant globally has been progressing rapidly. This reflects the desire of governments and businesses to reduce dependence on fossil fuels, ensure energy security and environmental sustainability over the long term. Finding low-cost sources of financing for photovoltaic projects is becoming an important challenge for the development of renewable energy sources.

Financing for a solar panel plant using various sources within the framework of individual financial models is more attractive.

CP Finance UK remains the highest initiators of large projects compared to traditional bank loans. We are Willing and Able to undertake financing for solar panel Plant manufacturing projects anywhere in the world.

The benefits of project financing for solar panel plant includes low operational risk, high stability and predictability of payment flows. All this makes PF an ideal Instrument for investment lending. On the one hand, photovoltaic systems and solar thermal power plants require high initial investments.

On the other hand, there are virtually no replacement and maintenance costs during the operational phase, which allows for more efficient debt service. Long-term power supply contracts and active government support in many countries make it easier to plan future cash flows.

CP Finance UK FINANCE LIMITED can help you find financing for solar panel plant projects on favorable terms. Our team of European experts provides a full range of financial advisory services, including calculating your project parameters, modeling financial performance and finding tailor-made solutions.

Financing options for solar Panel power plants

Financing covers all operational processes for the provision of financial resources necessary for the implementation of the project. The investor’s decision to participate in financing is made taking into account the risk, expected income and liquidity of the assets of a particular project.  The profitability of solar power plants mainly depends on a realistic forecast of energy production and the stability of future cash flows in case of deviations from the plan.

Bank loans:

The most recognized way to finance a solar panel projects remains a bank loan. This is a debt financing mechanism.

Applying for a bank loan to finance solar panel manufacturing plants, a company can turn to one of the many commercial banks that finance renewable energy projects. If the project meets certain bank parameters, administrative procedures for the borrower are simplified, and financial conditions become much more favorable (lower interest rates). The solar project will receive the planned funds only if it meets the expectations of investors.

Leasing:

This is a long-term contract under which the tenant company operates a solar power plant, paying the leasing company an amount that will cover the value of the asset plus interest. This model is usually applied to the financing of small and medium-sized solar power projects. As a rule, it is focused on the duration of payments of at least 8-10 years. In many cases, the parties agree to include in the contract the option of buying the power plant by the lessee, although there are other options after the end of the contract.

Project Financing

The construction of solar panel power plants through project financing refers to the popular structured finance. This model is characterized by the presence of several partners. One of the features of project finance is that a solar power plant is transferred to a legal entity created specifically for a photovoltaic project (Special Purpose Vehicle, SPV).

Financing Solar energy project: the basics

Funding for any solar project involves planning, building and operating, with the construction phase requiring the highest investment over the life of the project. To make a decision on financing a solar power plant, the initiators must provide a full-fledged technical documentation, which contains rational technological processes, a clearly limited implementation period and the necessary financial and material resources. To implement a photovoltaic project, a legally independent project company (SPV) is usually created, which can enter into loan agreements as a legal entity.

Off-balance sheet financing:

The advantage of this structure is that the high share of borrowed capital in the project company will not affect the balance of the sponsors. This allows the implementation of large-scale projects that would otherwise disrupt the financial stability of individual participants. Since participation in financing the construction of a solar power plant can disrupt the financial balance of the initiator company under certain conditions, the “external” effect is considered to a limited extent.

Non-resource finance:

In practice, this type of financing is widely used today, since the lender assumes all responsibility for the project, releasing the initiators from it. At the same time, financial institutions are trying to compensate for the increased risk of project failure with higher risk premiums, which makes this financing model less attractive. This project finance model is suitable for photovoltaic projects where the property has a high resale value,

Financial investors:

They are interested in getting the most out of the capital invested in the project. Typically, investment companies, insurance companies, pension funds, and venture capital funds act as financial investors. Their strategic role is significantly less than that of the project initiators. However, large projects can often be implemented only with their participation, especially if the project initiators do not have sufficient capital.

Project lenders for funding the energy industry

Lenders play an important role in financing solar energy projects as they provide most of the required capital. Leasing companies, development banks, international financing institutions, commercial banks and other financial organizations act as creditors. In the past decades, the most important source of debt capital for the construction of solar power plants has been loans from commercial banks. Many commercial banks offer special financing programs for solar projects.

Financing for solar Panel Power Manufacturing Plants: Our Core services

At CP Finance UK, we offer a wide range of project financing services in the field of  construction, operation and solar projects.

Our solar power plant project finance services are not limited to financial modeling and professional advice. We are ready to find interested partners for your project in Europe and beyond, using our extensive business contacts in many countries around the world.

We offer a wide range of services for business:

• Project finance services
• Financial modeling and consulting.
• Loan guarantees and much more.

We support the financing of large projects develop advanced financial models for our clients and offer professional advisory services.

CP Finance UK FINANCE LIMITED
Website:https://c-pfinanceuk.com/
finance@cpuk-financeltd.com

Fossil fuel project financing recently, has declined due to the pandemic, reaching a “modest” value of $742 billion last year.

According to a recent study, since the adoption of the Paris Agreement in 2015 until the end of 2021, financing of the fossil fuel and related energy sectors by the 60 largest banks has reached $4.6 trillion. The world’s largest commercial banks, despite loud promises, continue to issue long-term loans and project financing for fossil fuel , including the extraction and use of fossil fuels for energy purposes. Fortunately, these loans no longer make up a significant portion of their portfolios today.

Fortunately, these loans no longer make up a significant portion of their portfolios today. In this period, the scale of financial support for the coal, oil, gas and related energy sectors remained almost unchanged.

It was $723 billion in 2016 and $830 billion in 2019.

Bank loans portfolio accounts for 8% for fossil fuel project financing

In 2021 alone, 60 banks provided more than $185 billion in loans to 100 companies in the fuel sector, including companies like Saudi Aramco and ExxonMobil. Particularly troubling is the fact that capital-intensive projects have been financed, coupled with high and above-average environmental damage.

The largest loan portfolios in this area belong to American, Canadian and Japanese banks.

At the same time, the International Energy Agency announced last May that it would limit global temperature rise to 1.5 degrees Celsius by 2050.

To achieve this goal, it is necessary to refrain from financing renewable projects based on fossil fuels. Moreover, in order to limit global warming, carbon dioxide emissions must start to decline after 2025.

A gradual decarbonization of investment at most banks seems feasible given the relatively low proportion of high-carbon loans in their loan portfolios. Reclaim Finance estimates their average share at 8% among 60 global banks. In the case of Morgan Stanley, this is only 4%. In fact, that’s over a hundred billion dollars feeding fossil fuel projects right now.

Among the largest financial markets in the world, only public companies in the UK had clear legal requirements in this regard. The annual reports of surveyed banks did not show much promotion of pro-environmental financial products such as green bonds, green transformation finance or related advisory services.

Evidence of the weak commitment of banks to climate protection is a careful analysis of their annual reports. Researchers from the University of Gothenburg analyzed fossil fuel project financing in 2015–2019 by the ten banks most responsible for lending to such activities. In 2020 alone, these banks committed $426 billion to finance high-carbon projects.

Dynamics of credit policy of banks : current realities and trends

A change in the approach of some banks can be seen in 2020, when financial institutions such as JP Morgan Chase, MUFG or Barclays submitted declarations to achieve climate neutrality of their portfolios by 2050.

It seems that the real breakthrough came in 2021, when fossil fuel project financing of some banks, including Wells Fargo, Morgan Stanley and Citigroup, were lower in value ($74 billion) than loans and bonds related to pro-climate projects, Autonomous Research points out.

This policy has given the above-mentioned three financial institutions higher positions in the ESG (Environment, Social Responsibility, Corporate Governance) rating of non-financial factors in the MSCI index, becoming a kind of signal to investors about the positive impact of these companies on the environment.

In light of current trends, the implementation of the climate commitments made at the COP26 conference in Glasgow.

The goal of this alliance is to develop operational measures from 2030 to achieve climate neutrality of their investment portfolios by the middle of the 21st century. Wells Fargo has announced half a trillion dollars in funding for sustainable investment projects, and JP Morgan plans to commit $1 trillion by the end of this decade.

At the same time, less than 20% of the shareholders of these two banks and Citigroup agreed in April this year to adapt their investment policy to climate goals. The latter bank and HSBC continue to finance oil production in the Amazon, while Deutsche Bank and Credit Agricole have organized the issuance of bonds by companies that produce pipes for the construction of oil pipelines.

Fortunately, a growing number of small US banks are willing to redirect capital away from the traditional energy sector. According to Accenture research, 67% of financial institutions declare such intentions.

Most of energy investments and fossil fuel project financing are majorly financed by bank, private investors and other financial institutions,

Support for green transformation from banks

From the list of the 60 most environmentally toxic banks presented in the Banking on Climate Chaos 2022 report, we can mention the French La Banque Postale, which intends to stop financing the exploitation of oil and gas by the end of the decade, and Credit Agricole and Nordea Bank, which aim to stop lending to coal projects by that time.

In turn, the Dutch ING announced the termination of funding for new fossil fuel combustion projects, which does not mean further funding for other activities of companies that implement them. Other global banks are less ambitious, though perhaps more realistic, such as Barclays announcing a 15% cut in funding to gas, oil and coal producers, as well as producers of energy derived from these minerals.

The mission to achieve climate neutrality of the loan portfolio as soon as possible in accordance with the goals of the Paris Agreements is carried out by the British fintech bank OakNorth.

Germany’s KfW Development Bank, which offers loans to companies in the steel industry.

However, there are legitimate fears that the recovery from the crisis after the pandemic and sanctions related to the situation in Ukraine will delay the fulfillment of the climate obligations of the global financial sector, including banks.

Germany’s KfW Development Bank also expected to support green transformation by financing major projects that demonstrate the potential for significant reductions in carbon emissions.

If you need project financing for major energy projects and infrastructure, contact CP Finance UK at any time.

Email:finance@cpuk-financeltd.com
Website:https://c-pfinanceuk.com/

Many companies and governments across the continent are unable to rely on new policies and environmental assets while continuing to use fossil fuels as a source of energy for their businesses. The global investment in green economy transition is beginning to slowly recover from the Covid-19 pandemic, and very limited reserves of fossil fuels are driving the price up.

In the early months of 2021, oil giants including BP, Royal Dutch Shell, Exxon Mobil and Total sold billions of dollars in assets to raise additional capital during the protracted coronavirus crisis and cut emissions, according to The Wall Street Journal.

Oil and coal giants use the proceeds from the sale of assets to cover accumulated debt and develop projects to reduce carbon dioxide emissions.

This opens up unexpected investment in green economy and other opportunities for outsiders.

Small players in the oil, gas and coal sectors are actively buying unwanted projects. They are betting that the energy transformation will take years, and the world will rely on oil and coal for a long time to come, especially in developing countries.

At the same time, they are betting on future price increases driven by market fears that the collapse of the industry giants will lead to supply shortages.

One of the areas of great investment interest is the North Sea. In recent months, small players have been buying properties here that are being sold to large companies.

Despite the fact that it is the region with the highest oil prices in the world. High prices did not stop Britain’s NEO Energy from acquiring more than $ 1 billion of Exxon Mobil’s assets in the region.

Many Asian countries say they are ready to move towards zero carbon emissions, but demand for more investment in green economy and fossil fuels remains strong in the region.

The same is true in Africa.

20% of market capitalization since 2012 by oil companies

Some companies as Anglo American and Rio Tinto are getting rid of gloomy investment projects that jetton to the green economy transition.

On the other hand, investments in renewable energy sources (RES) and carbon-free technologies have been much more successful. Over the same period, Angel investors spent $ 56 billion on shares in companies in this sector. The value of this investment portfolio today is over $ 77 billion.

Climate risk cannot be ignored and green businesses are changing their minds.

Analysts estimate that this will require businesses to invest $ 3 to $ 5 trillion a year in the sector.

Investment in green economy: A transition risk

According to a report by British consulting firm Verisk Maplecroft. More of investments in green economy transition could be a nightmare for oil-producing countries,

As positive as the green transition may seem in an environmental context, some hydrocarbon exporting countries risk a number of major challenges in the coming decades if they do not diversify their economies.

According to expert analysis, Algeria, Nigeria and Iraq are now among the most prone to political instability.

In Angola, Gabon and Kazakhstan, crisis are imminent if they do not prepare the economy for a global phase-out of fossil fuels.

Whether the oil countries are OPEC members or not, production has doubled in recent years in an effort to fill the budget deficit.

Many countries, including Saudi Arabia, have continued to reduce their foreign exchange reserves since 2014.

Most countries that rely heavily on oil production do not have the potential for transformation. They lack the necessary legal and economic institutions, infrastructure and human capital. But even if these institutions exist, an unfavorable political environment and corruption impede reform.

The United Arab Emirates (UAE) is also successfully trying to replace oil. But on the whole, diversification of oil exports turns out to be a difficult task not only from an economic, but also from a political point of view for most exporters.

Experts believe that against the background of the growth of large investment projects in the field of renewable energy sources, the survival of the oil states depends on the ability to diversify the economy and political stability.

To consider the issue of financing your project, send us the completed application form and project presentation by e-mail.

Financing for green energy projects?

CP Finance UK over the years has been providing investment services for  ensuring the success of large energy projects around the world.

Email: finance@cpuk-financeltd.com
Website:https://c-pfinanceuk.com/

Commercial energy production using solar concentrators is becoming an energy priority for countries with high levels of solar insolation, including Spain, Morocco, UAE, USA, Mexico and others. Solar thermal power plants (STPP) energy is gaining worldwide recognition as one of the leading innovative technologies aimed at transitioning from fossil fuels to clean renewable sources of electricity and heat.

Solar thermal power plants (STPP) construction remains a balancing technique for socio-economic developments and environmental stability.

Thanks to government assistance in the form of high tariffs for electricity generated and tax deductions, STPPs have become profitable systems that guarantee an acceptable level of profitability for investors.

CP Finance UK offers comprehensive services in the field of financing, construction and modernization of STPPS, providing customized technical solutions to companies in many countries.

Our team, together with partners from Spain and other European countries, is also ready to offer you financing and construction of solar projects on favorable terms.

Types of solar thermal power plants

Photovoltaic and solar thermal technology are two main ways to use solar energy for commercial purposes.

The rest of the technologies, which may have a promising future, are still considered largely experimental. About ten solar thermal technologies have gone beyond research and have already become the basis for large STPPs with an installed capacity of up to several hundred megawatts.

A modern solar thermal power plants (STPP) are classified below:

• Hybrid STPPs combined with a gas boiler for fossil fuels.
• Hybrid STPPs combined with a solid fuel boiler for biomass.
• Hybrid STPPs using a combined cycle.
• Solar concentrators with parabolic trough and heat storage technology using inorganic salts.
• Solar thermal power plants with linear Fresnel concentrators.
• Tower solar concentrators with direct steam generation.
• Solar concentrators with parabolic troughs.

A technology based on concentrating solar energy along a pipe with a heat-conducting fluid using long parabolic troughs has been actively studied in the United States since the 1980s.

Based on this principle, the giant SEGS (Solar Energy Generating System) was built in the Mojave Desert, California.

As a result of years of operation of SEGS, researchers have accumulated tens of thousands of hours of experience to bring parabolic concentrator technology to its current state. No other technology has been studied so well. This is one of the reasons why most investors choose to build a STPP of this type, despite the well-known disadvantages and dangers (for example, the use of HTF based on aromatic hydrocarbons).

The first group of installations concentrates solar thermal energy along the line, and the second directs the rays to one point, reaching a much higher local temperature.

The first group of STPPs uses parabolic trough concentrators or Fresnel mirrors. The second group of installations, which operates with high temperatures and regulates the direction of the beams along two axes at once, uses either the central tower or Stirling engines. In the most advanced installations, thermal energy can be stored in order to convert it into electricity at the right time.

There are also hybrid solar thermal power plants that simultaneously use solar energy with fossil fuels or biomass. These engineering solutions significantly expand the list of opportunities for investors.

Solar thermal power plants

Solar thermal energy with a central receiver

The central receiver (solar tower) is responsible for converting concentrated solar radiation into heat, transferring it to a coolant, which can be air, water or inorganic salts. This medium can be used directly to convert water to steam and also to increase the performance of an integrated turbine by heating the intake air before entering the combustion chamber.

If the heat transfer fluid is water, central receiving units heat and vaporize the previously introduced fluid to produce steam at a specified pressure and temperature. This steam is then expanded in a steam turbine, following the general principles of any thermal power plant.

When the power plant is operating normally, inorganic salts are stored at around 290ºC in a large insulated tank.

A vertical centrifugal pump moves the salts from the reservoir to a receiver located at the top of the tower.

The heat transfer fluid, driven by the pumps, moves from the salt reservoir to a receiver at the top of the tower, where the temperature rises to about 560–600ºC.

The liquid is stored there until it is used to generate steam.

This technology allows CSPs to provide a relatively stable generation of electricity throughout the day, regardless of the intensity of sunlight.

Among others, the advantage of solar thermal power plants offer over other solar technologies are the following:

• The use of the same heat carrier for energy generation and storage, which simplifies the system and improves the economic performance of the facility.

• High temperature of the heating medium compared to alternative technologies, which contributes to an increase in the efficiency of the steam-water cycle.

• Heat transfer fluid (molten salts) circulates through a well-defined area with higher efficiency compared to parabolic systems.

• HTF pipelines can be drained by gravity when the unit is not running, without the need to install additional pumping equipment.

A prime example of a central tower CSP is the Noor Ouarzazate CSP power plant, which has been under construction in Morocco since 2013. It is considered the largest power plant of this type on the planet, which was designed for the extreme conditions of the desert.

Solar thermal power plants for energy storage

One of the major problems of renewable energy, which uses methods that are highly dependent on weather conditions, is the difficulty of generating energy during periods of peak consumption.

Generation is carried out under favorable natural conditions, but not at the peak of consumption.

Once electrical energy enters the grid, it must be consumed immediately. Since electricity is extremely expensive to store, production and consumption should ideally coincide in time.

This problem could be solved by generating electricity under favorable conditions and consuming it when needed. This means building a “storage” of energy in one form or another.

Since the storage of electrical energy on a large scale presents a number of problems that science has not yet solved, other types of energy storage have traditionally been used, for example, pressure or temperature differences.

So, pumped storage power plants are based on storing dammed water in order to drain reservoirs and use water at the right time.

Hybrid solar-fossil fuel power generation

Today it is extremely difficult to make reliable weather forecasts and predict the generation of electricity from a solar thermal power plant.

Since the beginning of construction of the first SEGS power plants in California, the possibility of adding an auxiliary fossil fuel boiler to the solar system has been investigated.

It is difficult to store electrical energy, so energy production and consumption must coincide in time. Otherwise, there will be certain imbalances in the power grid, which can lead to power outages for enterprises and entire regions.

While some experts believe that solar thermal power plants must have a heat storage system, in practice it is too expensive for a business.

The possibility of integrating an auxiliary boiler that runs on natural gas or biomass is provided for in the current standards in Spain and several other countries. That is, it is assumed that the STPP should be independent of natural conditions. Moreover, the boilers provide the necessary heat to prevent freezing of the heat transfer fluid, which is about + 12ºC.

Hybrid power plants capable of mixing steam generated from solar collectors and from a gas turbine waste heat boiler are called ISCC (Integrated Solar Combined Cycle) power plants.

Fossil fuels have many disadvantages, but ISCC has two obvious benefits. This is a low cost of electricity generation and smooth power regulation to match the current load.

Our services include financing and lending for solar thermal power projects.

Contact our representatives to find out about our services.

Email:finance@cpuk-financeltd.com
Website:https://c-pfinanceuk.com/

Since the 1970s, there has been an increase in the number of projects implemented worldwide especially in  financing Hydropower plant projects using  financial instrument, (Project Finance) especially in the infrastructure and energy sector.

Although PF is not a fundamentally new form of financing, its importance for the world economy is steadily increasing. Optimal risk allocation and off-balance sheet investments are very important for investors.

Traditional secured long-term bank loans do not provide these benefits.

CP Finance UK is ready to offer financing for hydropower plant projects on attractive terms and affordable rates anywhere in the world.

We offer flexible contracts, guarantees, long-term debt repayment and professional support to clients when setting up an SPV and attracting investments.

Contact us to find out more.

Investment opportunity in financing hydropower projects

In recent decades, there has been a perception among international investors that financing hydropower is too difficult and risky. Especially when it comes to the implementation of large projects in developing countries with strong corruption, an imperfect legislative framework and an unstable political situation.

Financing of hydropower projects requires huge investments, the cost of which depends on the specific project, location, technology used and rules in the host country.

The leading trend in the modern economy is the gradual energy transition from fossil fuels to renewable energy sources.

While hydropower continues to be controversial among environmentalists, this renewable energy source is growing steadily.

The construction of a hydroelectric power station has an ambiguous impact on the life of the local population. On the one hand, it is a source of cheap electricity and jobs (especially during the construction period). On the other hand, the flooding of thousands of square kilometers of agricultural land and forests for reservoirs transforms the human habitat, and sometimes even requires the resettlement of a number of villages and towns.

The construction of other energy projects, such as thermal power plants, solar power plants and even wind farms, looks more predictable from an investment point of view. Here, the investor is faced with fewer uncertainties, initially clearly understanding the real cost of construction and having a vision of future benefits.

Meanwhile, the benefits of hydropower are not limited to renewable energy generation.

In other words, a commercial bank is not always ready to allocate sufficient funds for the implementation of an investment project.

This requires non-standard approaches to financing the construction of hydropower plants, including project finance instruments (PF) and public-private partnership (PPP).

Concessions for the construction of hydroelectric power plants

An important element of cooperation between the state and companies that initiate energy projects is payment for the natural resources. Different countries use different approaches to calculating these payments, to which taxes, license fees, concession fees and other costs are added.

Expanding private capital participation begins with concession agreements for the construction of hydropower plants, which allow local and foreign companies to build, upgrade, expand and operate these facilities, generating a stable income from the use of natural resources. The terms of the concession differ significantly depending on the country that implements the project. In some schemes, such as the BOO contract, a private investor becomes the owner of the facility under construction.

The discussed PPP schemes leverage the initiative, economic potential and expertise of the private sector to improve services and accelerate the implementation of capital-intensive strategic hydropower projects.

By working to improve the quality and accessibility standards of each project, public-private partnerships contribute to the development and economic and social growth of the host country.

Brief description of the most famous hydropower project delivery methods:

• BOOT (build, own, operate and transfer). In BOOT projects, hydropower plants are entirely built and operated by a private company. 

• BOT (build, operate and transfer). This contract specifies that a special purpose vehicle (SPV) must build, operate, and then transfer the assets or all components of the project to the government. 

• BOOT (build, own, operate and transfer). In BOOT projects, hydropower plants are entirely built and operated by a private company.

By working to improve the quality and accessibility standards of each project, public-private partnerships contribute to the development and economic and social growth of the host country.

The role of project finance in the construction of hydroelectric power plants

Financial experts offer different definitions of PF, although there is no consensus in the scientific literature on the role of certain characteristics as distinguishing features of PF.

Project finance (PF) is an approach widely used in large energy and infrastructure projects.

Some of the key features of project finance include

• Sponsors and holders of SPV shares, among other things, may take an active part in the implementation of an investment project, for example, as contractors or subcontractors.

• A special purpose vehicle implementing an investment project uses high financial leverage, while lenders have limited opportunities to make financial claims to sponsors in the event of a project failure.

• Project participants such as contractors, managers, lenders, suppliers, electricity users, and often government agencies create a system of contractual relations aimed at identifying and managing risks based on the competencies.

It looks like a daunting task that requires professional planning and supervision. Since the debt maturity can be delayed for 15 years or even more, the use of PF instruments is always associated with numerous internal and external risks, such as the risk of bankruptcy, the risk of changes in the demand and cost of electricity, currency fluctuations, etc.

CP Finance UK offers financing for large energy projects around the world.

We are ready to provide comprehensive professional assistance to your business for the construction of hydropower plants in Europe, USA, Latin America, East Asia, Africa and the Middle East.

Alternative ways to finance hydropower projects

Financing hydropower plant projects, including the construction of hydropower plants, is usually carried out through combined schemes and instruments with the participation of several sources (investment funds, banks, large private investors).

Nevertheless, the financing structure should be selected individually, based on the specifics of a particular project and the conditions for its implementation in a particular country.

Project finance (PF) in its various forms is considered the most appropriate for such investments.

In the context of the differences between public and private financing, it should be noted that most large hydropower projects are financed simultaneously from several sources. On the one hand, private lenders can provide significant funds with a high interest rate against the collateral of the borrower’s assets or the future cash flows of the project.

On the other hand, the state can finance the construction of hydroelectric power plants on more favorable terms, but in order to receive such financing, an investment project must meet a number of strict conditions.

Equity financing: Equity financing, in essence, is raising capital in exchange for a certain part of a company or project by issuing shares.

Unlike traditional lending, business gives creditors the right to participate in the company’s activities and receive dividends. Consequently, this method of financing entails a decrease in the borrower’s share in the business.

Equity financing of hydropower projects involves the transfer of a certain share of the business and future cash flows to the lender. Moreover, this may entail a loss of control over the project, which is unacceptable for energy companies or large energy consumers in the context of a long-term development strategy.

Debt financing provides existing owners with the capital they need while maintaining full ownership and control of the business.

Debt financing for the construction of hydropower plants includes long-term loans from commercial banks, mezzanine financing, bond issues, grant financing and other instruments. Unlike equity financing, lenders do not have the right to manage the business and make strategic decisions, nor do they share risks and dividends.

In addition to the obvious benefits for business and society, the construction of hydropower plants under public-private partnerships is associated with some risks. In particular, government intervention in a project is sometimes accompanied by corrupt practices, various unplanned delays and funding cuts, and a decrease in overall efficiency. On the other hand, private investors are mainly interested in the commercial component of the project, so the state must monitor compliance with social obligations, environmental standards and other non-commercial aspects of the project.

Unfortunately, the world’s poorest countries do not have sufficient resources and experience to implement large energy projects through public-private partnerships.

In these cases, the role of international organizations increases, which help governments in the development of the industry and provide the necessary funding for strategic projects.