Financial Hedges for United States Gas-Fired Power Generation Facilities

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As we mentioned last week in Part 3 of our series on Hedging Strategies in Power Contracts, project companies are not always able to find a creditworthy counter party with a desire to enter into a long-term power contract. Even if a power purchaser is willing to sign a long-term contract to buy power, there are many markets where that price is too low to create appealing economics for investors.

In a Synthetic PPA, the project company sells its power on a merchant learn binary options strategies and tactics bloomberg financial, but enters into an agreement, usually with a financial institution that provides a relatively stable heat rate call option explained of revenue.

There are various structures for arranging Synthetic PPAs. In a Contract for Differences CfDthe project company enters into a swap with the hedge counter party, which agrees to pay the project company a fixed price. In exchange, the project company agrees to pay the counter party the actual price it receives in the merchant market. Essentially the project company is swapping variable revenue for fixed revenue.

In practice, rather than paying the full amount, the two parties net the difference and either the project company or the counter party is paid, depending on how the CfD is structured and the market price.

This arrangement is made in a heat rate call option explained contract and paid through cash payments, rather than buying or selling the physical electricity commodity. Put Options — purchasing the option to sell power. Under a Put Option, prices are pre-set and are based on the proximity of the strike price to forward price forecasts in the power markets, and the term of the option.

The project company, or option buyer, purchases the right to sell physical power at a certain strike price. If the price falls below the strike price, then the option buyer will exercise the option heat rate call option explained sell its power for more than the market price.

However, if the electricity price rises above the strike price, then the option buyer will let the option expire and earn the market price of the electricity. Call Options heat rate call option explained purchasing the option to buy power. However, Call Options work in the opposite way — the option buyer pays for the right to buy power at a certain strike price or let the option expire and buy at the market price.

In the next post in our Hedging Strategies series, we will explore Heat Rate Call Options, a popular type of hedge in power contracts for gas-fired generating facilities. Power GenerationEnergy FinanceHedging. The Energy Finance Report analyzes heat rate call option explained in energy finance as well as provides updates and perspectives on market trends and policies. Join us on Facebook.

Connect with us on LinkedIn. Follow us on Twitter. Co-author John Frenkil As we mentioned last week in Part 3 of our series on Hedging Strategies in Power Contracts, project companies are heat rate call option explained always able to find a creditworthy counter party with a desire to enter into a long-term power contract. Contract for Differences In a Contract for Differences Heat rate call option explainedthe project company enters into a swap with the hedge counter party, which agrees to pay the project company a fixed price.

Put Options — purchasing the option to sell power Under a Put Option, prices are pre-set and are based on the proximity of the strike price to forward price forecasts in the power markets, and the term of the option. Call Options — purchasing the option to buy power As with Put Options, Call Options are pre-set and they are priced based on the same mechanics as a Put Option i.

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Budofsky , Michael T. Reese , Michael S. Hindus , Olivia Matsushita. Over the past few years, many merchant gas-fired power generation plants operating in the regional transmission organization, PJM Interconnection and in the New York Independent Service Operator NYISO areas have been successfully project financed by international and Japanese financial institutions. At the same time, the market has also seen the recent bankruptcy filing of a merchant gas-fired power plant in the ERCOT market in Texas.

Common to each of these project-financed power generation plants was the employment of financial hedging instruments designed to ensure a stable revenue stream to help cover debt service obligations over the first several years of plant operations.

In this article, we review the history of the use of financial hedges by merchant power projects, and examine the main types of financial hedges currently being used in the United States power market and whether or not they can support the bankability of merchant power projects operating in markets such as the PJM Interconnection. What had essentially been a regulated monopoly for vertically integrated utilities within specific regions was replaced with a competitive market in generation, open access to transmission, the creation of independent system operators and regional transmission organizations, and wholesale markets for electric power.

The means of financing power projects has evolved with changes in the structure of power generation markets in the United States. Many of these IPPs were smaller entities with little or no balance sheets and therefore financing generally depended on long-term i. This became the primary method of financing non-utility generation.

In the 21 st Century, in many key markets in the United States, long-term PPAs for gas-fired electric generation became disfavored, even though there was a need for additional capacity and energy. Lenders nonetheless required assurances from new IPP project developers that revenues would be available to service debt repayment obligations.

Initially, a variety of mechanisms were used, including increased levels of project equity and subordination of fuel payments. Other risk management practices developed, including financial hedge transactions such as energy swaps, contracts for differences, heat rate call options and power revenue puts.

This is a form of downside protection for the power plant. Thus, revenue put providers are typically sophisticated financial institutions, usually swap dealers, with the expertise to transfer this risk by trading in the futures and spot energy markets. As many banks have exited the commodity markets over the past several years, due to factors such as increased regulatory capital charges, the number of revenue put providers recently has been reduced to a few known players. There have been examples, however, of non-swap dealers acting as put providers.

One such case is the Panda Temple I project, described in more detail below, where a pension fund acted as the put provider. It is unclear whether the pension fund, which was also an equity investor in the project, had entered into a back-to-back arrangement with another financial institution to hedge its potential liabilities. The revenue put is a purely notional cash-settled contract in which the power project makes an up-front premium payment to a revenue put provider in exchange for settlement payments to the power project reflecting any shortfall of i a notional gross energy margin over ii a fixed net revenue amount.

The notional gross energy margin is calculated as the excess of power revenues over gas costs that would be realized by a hypothetical power plant operating at an assumed capacity and heat rate and on an assumed schedule of starts and restarts during the year. The revenues and costs are calculated on the basis of published power and gas indices observed during the term of the revenue put.

The fixed net revenue amount, on the other hand, is typically sized to ensure that the power plant will be able to meet its fixed costs and debt service obligations, taking into account any other sources of revenue, such as capacity payments.

Thus, broadly speaking, if the spark spread tightens relative to the assumed level on which the fixed net revenue amount is based, the revenue put provider will make a settlement payment to help the project make up lost revenue. Revenue puts present an interesting credit profile for a power generation project. Typically, settlement payments are calculated and made annually.

Since the power generator pays the revenue put premium upfront, and the revenue put only provides downside protection in the form of payments from the revenue put provider, the power generator generally should not have ongoing payment obligations to the revenue put provider. With such one-way credit exposure, it is the revenue put provider and not the power generator that must provide collateral.

Under typical documentation, the amount of this collateral to be put forward by the revenue put provider is typically the mid-market replacement value of the transaction less a negotiated threshold amount. Without liquid markets in revenue put transactions, the replacement value is often set by the revenue put provider on the basis of its internal models. This dynamic of asymmetrical information suggests there is value in negotiating a precise valuation methodology upfront.

Another implication of the generally one-way credit exposure is that a power generator will seek to eliminate any credit-related events of default including bankruptcy events pertaining to the power project that otherwise would permit the revenue put provider to terminate the put. Notably, in the Panda Temple I project, the revenue put provider has continued to make payments to the power project even after the recent bankruptcy filing by the power generator.

In practice, revenue puts do have some two-way credit exposure. As a result, the revenue put provider may be exposed to the credit of the power generator for the amount advanced each quarter. Achieving the best terms for a revenue put involves seeking competitive bids from potential revenue put providers, a process that usually involves concurrent negotiations with several providers with respect to economic terms, as well as related documentation including, for example, ISDA documents, intercreditor agreements, guarantees and consents.

Another financial hedge is the heat rate call option HRCO. Like a revenue put, the payout on the HRCO is purely notional and is not tied to the actual operations or results of the power generation facility.

Under a HRCO, the project receives fixed periodic cash payments from the HRCO counterparty and, in exchange, pays to the HRCO counterparty the excess of a market power price over a market gas price multiplied by an assumed heat rate and by an assumed quantity of power.

The effect of the HRCO is similar to a revenue put in that the project is protected against tightening spark spreads. However, this protection is effectively paid for in an HRCO by the project giving up the potential upside that it would otherwise realize from widening spark spreads, rather than the upfront premium payment found in the revenue put.

The mechanics of the typical HRCO achieve this by giving the financial counterparty a daily financial option, calculated with respect to each hour in the following day that, upon exercise, requires the payment of a cash settlement amount equal to the product of a i a variable price power index at a predetermined location minus ii an amount equal to a variable natural gas index multiplied by the specified heat rate conversion factors of the project and b a base notional quantity of power.

The counterparty may choose to exercise the option for some, but not all, of the hours in the day, and the cash settlement amount also accounts for assumed fixed and variable costs of starting up and shutting down the plant during a day. If the net amount of the related option premium owed by the financial counterparty is greater than the aggregate cash settlement amount, the project receives a payment and realizes a gain.

If the net amount is negative, the project must make a payment and realizes a loss. Thus, because either party may owe a settlement payment, the HRCO is subject to two-way credit exposure, and each party may need to post collateral in favor of the other, depending on the mark-to-market of the contract.

Other types of hedges, such as a contract for differences, may be financially settled only, but are linked to the actual performance of the power generation facility and thus may reduce basis risk.

The recent bankruptcy of the Panda Temple I project in Texas illustrates some of the limitations of financial hedging of merchant power projects. At the time, the financing by institutional investors of a capital intensive construction project through a term loan was seen as a breakthrough for the U. The project therefore sought to rely on market energy revenues to service its debt repayments and to hedge volatility in revenues through 4-year revenue put options entered into with the 3M Employee Retirement Income Plan, an equity investor in the project, on MW of generation capacity.

Unfortunately, such favorable market conditions did not materialize, and on April 17, , the Temple I Project filed for bankruptcy protection after breaching its debt service reserve covenant in December and failing to make its March debt service repayment. The inability of the project to generate enough cash to meet its debt service repayments highlights some of the shortcomings of the revenue put.

For example, had the revenue put strike price been higher, it would have offered more protection to the project. Nonetheless, financings of gas-fired power generation facilities consisting of loans with terms equal to the construction period plus years, supported by financial hedges, have generally been viewed as bankable in the PJM Interconnection. For example, it has been reported that a natural gas-fired power generation project in Lordstown, Ohio, was financed by a lending syndicate of eight banks in April , supported by a five-year revenue put.

Because it is often contemplated that the loans may be refinanced prior to their final maturity date, it is not uncommon for the financial hedges to mature on the anticipated refinancing date of the loans. Article By Daniel N. Contracts for Differences Other types of hedges, such as a contract for differences, may be financially settled only, but are linked to the actual performance of the power generation facility and thus may reduce basis risk.

Bankability of Merchant Power Projects and the Limitations of Financial Hedging Instruments The recent bankruptcy of the Panda Temple I project in Texas illustrates some of the limitations of financial hedging of merchant power projects.

Tags Projects, Projects, Derivatives.