login-customizer domain was triggered too early. This is usually an indicator for some code in the plugin or theme running too early. Translations should be loaded at the init action or later. Please see Debugging in WordPress for more information. (This message was added in version 6.7.0.) in /home1/natiopq9/public_html/wp-includes/functions.php on line 6131The post Renewable Energy Tax Credit Transfer Guidance Provides Both Clarity And Pitfalls appeared first on The National Law Forum.
]]>The renewable tax credit transfer market will accelerate with new government guidance; public hearing and comments deadlines are scheduled for August
Risk allocation puts the usual premium on sponsors with a balance sheet and/or recapture insurance coverage
While the guidelines provide clear rules and examples, many foot faults are present
On June 14, 2023, the Treasury Department and Internal Revenue Service issued long-awaited guidance on the transferability of certain renewable energy-related federal tax credits. The guidance takes the form of a notice of proposed rulemaking, proposed regulations, and an online Q&A, with a public hearing to follow in August.
Under new Code Section 6418, eligible taxpayers can elect to transfer all or any specified portion of eligible tax credits to one or more unrelated buyers for cash consideration. While the tax credits can be sold to more than one buyer, subsequent transfers by the buyer are prohibited.
This alert highlights several practical issues raised by the guidance, which should allow participants waiting for more clarity to proceed.
While these rules provide much-needed clarity, failure to adhere may be catastrophic and will require sellers and buyers to put proper administrative procedures in place to avoid foot faults. The new transfer regime will expand the market to new buyers who may have viewed tax equity as either too complex or had other reasons to avoid these transactions, such as the accounting treatment of energy tax credit structures. However, it would be prudent for such buyers to approach such transactions with eyes wide open.
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]]>COVID-19 is impacting industries across the globe and clean energy is no exception. As the pandemic continues to influence economic relief efforts at both the state and federal level, states are beginning to offer specific forms of relief through their incentive programs.
Additionally, electric distribution companies in each state have declared COVID-19 a force majeure event, allowing extensions to interconnection milestones and in some cases payment schedules. Below are summaries of the specific relief efforts being offered by some states, and more details regarding electric distribution companies’ declaration of a force majeure event.
The Massachusetts Department of Energy Resources (“DOER”) filed emergency regulations with the Secretary of State following its regulatory 400MW review of the Solar Massachusetts Renewable Target (“SMART”) Program on April 14, 2020. Among the regulations is a blanket extension of six months to all Solar Tariff Generation Units, including any projects that submit their applications before July 1, 2020, due to the ongoing impacts of COVID-19. More details are provided in the DOER’s Statement of Qualification Guideline.
The Massachusetts Department of Public Utilities has also developed a webpage with information and resources specific to COVID-19. The website includes information on the impacts of the electric distribution companies’ respective declarations of COVID-19 as a force majeure event.
The New York State Energy and Environment agencies wrote a letter to the clean energy industry on April 1, 2020, expressing support for the clean energy industry, particularly as construction has been impacted by COVID-19. The agencies announced in the letter that they are seeking input from clean energy industry stakeholders so that the agencies and the industry can work together to form creative solutions. The letter is found on NYSERDA’s COVID-19 page.
In Connecticut, the Department of Energy and Environmental Protection (“DEEP”) is coordinating with governmental offices and stakeholders to offer webinars for clean energy contractors with information about available state and federal aid. Please check in with CT DEEP to find out more information on these offerings.
The Governor’s Energy Office (GEO) released a statement that the GEO is working with the Maine Public Utilities Commission (PUC) and clean energy stakeholders to answer questions and concerns that are related to COVID-19. Stakeholders that have questions and concerns should contact the GEO for further information.
Several electric distribution companies have notified state’s public utilities commissions that COVID-19 is a force majeure event. By declaring a force majeure event, the electric distribution companies have allowed extensions to project milestone dates and in some cases interconnection payments. Electric distribution companies that have not formally declared COVID-19 a force majeure event have waived late fees and extended payment timelines. Individual projects should check in with the electric distribution company specific to the project to confirm how theirs may be impacted.
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]]>The post U.S. Solar Installations Reach 1 Million appeared first on The National Law Forum.
]]>Last week the Solar Energy Industries Association (SEIA) and George Washington University (GWU) issued a report estimating that the United States has reached 1 million solar installations and will surpass 2 million installations by 2018. This is a 1,000-fold increase over 15 years as only 1,000 systems were installed in 2001, and these numbers highlight the tremendous growth experienced by the solar industry. Of the 1 million PV systems, there are currently over 942,000 residential installations, nearly 57,000 PV installations at businesses, non-profits and government agencies, and over 1,500 utility-scale PV installations. SEIA and GWU anticipate 4 million installations by 2020 and for the U.S. to be installing one million PV systems annually by 2025. To learn more about this solar milestone and the factors contributing to the solar industry’s growth, read on!
While currently only supplying 1 percent of U.S. electricity generation, solar energy accounted for 30 percent of new capacity last year and is expected to continue developing. This growth has profoundly affected the job sector, where solar jobs grew 123 percent in the past five years and created 1 in 83 new U.S. jobs in 2015. Overall, the solar industry now employs over 200,000 Americans, three times more jobs than U.S. coal mining.
Multiple factors were credited for playing a role in the U.S. reaching 1 million solar installations, including lower installation costs and predictable, stable federal and state policies. In the last ten years, installation costs have dropped more than 70 percent, driven by declining solar module prices. Enacted in 2008, the solar Investment Tax Credit (ITC), a 30 percent tax credit for solar systems on residential and commercial properties, was extended in December through 2021. Meanwhile, state policies such as net-metering and renewable portfolio standards (RPS) have allowed solar to enter markets. Currently, 44 states have net metering policies and 29 have RPS policies.
One challenge for the future of solar is the inability of lower-income households to benefit from solar due to a multitude of barriers, including a high rate of renters, multi-tenant buildings, and a lack of access to financing.
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]]>The post San Francisco Mandates Solar Power on New Buildings appeared first on The National Law Forum.
]]>The City of San Francisco announced today that it will now mandate solar photovoltaic or solar water panels on all new residential and commercial buildings of 10 floors or less. The City’s renewable energy ordinance makes San Francisco the first major city in the country to require solar panels on new construction.
Will San Francisco’s action spur Cal/OSHA to take a renewed look at workplace safety in the solar industry? Indeed, as solar installations increase rapidly throughout the country, perhaps Federal OSHA will dust off its Green Job Hazards guidance in light of what appears to be a continued movement toward renewable energy sources and the inevitable increase in workplace hazards that occurs when industries rapidly expand.
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]]>The post Letters Of Intent For On-Site Solar Energy Transactions appeared first on The National Law Forum.
]]>An increasing number of retail, office, industrial and warehouse/distribution property owners are utilizing electricity generated by on-site photovoltaic (also referred to as “pv” or “solar”) systems to meet a portion of their properties’ electrical energy needs. The pv systems can be located on the roofs of buildings, in parking fields, on open areas of the property or on two or more of these locations.
One of the most common methods that property owners are using to obtain such on-site solar-generated electricity is to enter into a power purchase agreement, often referred to as a “PPA,” with a solar developer, frequently referred to as a “provider.” In a PPA, the property owner, often called a “host,” provides leasehold or license rights on its property to the provider for the installation and operation of the pv system, and the provider sells the electricity that the pv system generates to the host. The provider generally owns all of the governmental and utility company incentives provided in connection with the pv system, and the host usually owns the net metering rights for the pv system.
However, the negotiation of a PPA frequently takes more time and is more complex than the economic benefits of the PPA to the provider and the host warrant. One of the major reasons for this problem is that the typical initial letter of intent (“LOI”) for a PPA transaction frequently fails to address the issues that often cause the most difficulty when the host and provider attempt to negotiate and finalize the PPA itself. The balance of this article sets forth several of these additional issues that should be included in a PPA LOI and explores methods of ameliorating the conflicts they create between the provider and the host.
Many LOIs include a cap on the rate that the provider will charge the host for the electricity that the pv system generates. The cap usually provides that the rate that the provider charges to the host cannot exceed the rate that that host’s regulated local electrical utility, referred to in this article as the “Utility,” or the host’s third-party power supplier, charges the host for electricity at the property in question.
However, in setting this cap, it is important to remember that the Utility charges the host, whether or not the host also has a third-party power supplier, for many items other than the electricity itself, some of which are based on electricity consumption and some of which are static. Accordingly, when the host and provider agree on the rate cap in the LOI, they should clearly state what portions of the Utility and third-party power provider rate are included in determining the cap.
In order to operate a pv system and to obtain net metering for the excess electricity that the pv system generates, the Utility requires that its customer, usually the host, sign an interconnection agreement. The terms of the interconnection agreement are set forth in the Utility’s tariff and are, hence, non-negotiable. While the host must sign the interconnection agreement, most of the undertakings in the interconnection agreement are the responsibility of the provider under the PPA. Accordingly, the LOI should provide that the host will sign the interconnection agreement and that each party will agree to perform its obligations under the interconnection agreement, while indemnifying the other party for its failure to do so.
Pv systems by their nature cannot provide all of a property’s electricity needs all of the time. Additionally, in most jurisdictions, either the Utility or a government regulator limits the size of the pv system, so that it will not generate more than a maximum percentage (for example, 80 percent) of a property’s electricity usage. However, notwithstanding these circumstances, there are times when the pv system will generate more electricity than the property is using, causing the Utility meter to run backwards, referred to as “net metering.” In many jurisdictions, usually by means of the interconnection agreement, the Utility will pay the host or credit the host’s future electric bills for the amount of this excess electricity.
For this reason, most PPAs provide that the host will purchase all of the electricity the pv system generates and own all the net-metering credits. However, before entering into a PPA, a host should review its third-party electricity supply contracts to make sure that they do not contain prohibitions against pv or other on-site systems or do not contain minimum usage requirements. The PPA and LOI should
also address the situation where the property becomes vacant, because most net-metering programs have limitations on how much excess electricity the Utility has to buy.
Many hosts assume, in their financial planning for a property’s operation, that the pv system will generate a minimum amount of electricity in each calendar year. Accordingly, they request a production guaranty. If the host wants a production guaranty, this should be set forth in the LOI. Additionally, the adjustments to the guaranty for weather, system shutdowns and force majeure events should be spelled out.
Many jurisdictions provide limited sales and use tax exemptions on the sale of electricity from on-site pv systems and exclusions from increases in real property taxes by reason of their location on a property. However, other jurisdictions do not provide such exemptions or the exemptions are very narrow and do not apply to every situation. Accordingly, the host and provider should determine whether or not a tax exemption exists or applies before they enter into a LOI. If the exemption is available, the LOI should set forth which party is responsible for obtaining it. If no exemption applies, the LOI should set forth which party is responsible for the particular tax.
Most properties are subject to mortgage secured debt. Under the Uniform Commercial Code, as adopted in most jurisdictions, the PPA can provide that the pv system is the personal property of the provider, not a fixture, and thus not subject to the lien of the mortgage on the property. However, most loan and security agreements for most mortgages also provide for security interests in the personal property located at the property. The language in these documents is often extremely broad. Additionally, the provider needs access rights over the property to install and repair the pv system and rights to place the pv system on the property. PPAs generally provide these rights as leasehold or license rights. Finally, many mortgages require mort- gagee consent for the installation of pv systems on the property.
Accordingly, the LOI should set forth whether or not, and at whose cost, the host will obtain subordination, non-disturbance, attornment and lien waiver agreements (“SNDAs”) from all current and future holders of mortgages on the property. Such a provision can provide for the sharing of the cost to obtain the SNDA between provider and host, with a waiver or cancellation option if the cost exceeds a certain amount.
Many retail tenants, in particular, have consent rights over the roofs of their stores, rights to install HVAC systems and antennas on their roofs and exclusive rights over certain parking lots and common areas. The provider cannot allow its pv system to be moved, damaged or shaded. Additionally, the provider needs laydown, storage and parking areas for its installation, repair and maintenance of the pv system. Accordingly, the LOI should address tenant consents and lease and OEA amendments, if required, in order to insure non-interference with the pv system and necessary provider access. The LOI should also address which party is responsible for obtaining the consents and access and non-interference rights and at whose cost. Additionally, the LOI can provide for a non-penalty termination of the PPA if these consents and rights cannot be obtained.
Temporary PV System Relocation, Removal Or Shutdown Most PPAs have a term of 15 to 20 years. During such a time period, roofs often have to be repaired and parking lots resurfaced. The cost to relocate or temporarily remove and reinstall a pv system is significant. Additionally, the cost to the provider in lost electricity revenue and more importantly lost incentive revenue can be substantial. Accordingly, the LOI should set forth which party will bear these costs or how they will be shared. Cost sharing may shift later in the term of the PPA because the provider’s loss of incentive revenues will likely be less and the need for repairs will be more likely to occur.
If the PPA is going to provide for a purchase option, the LOI should address at what times in the term the host can exercise its option and set forth the method for determining the fair market value of the pv system at the time of the exercise of the option, including what factors will be used in determining the value of the pv system.
The LOI should state when, under what terms and to whom the parties can assign their rights under the PPA and whether a party and, if applicable, its guarantor, remains obligated under the PPA after an assignment.
The LOI should specify whether the parties will be responsible for consequential damages, whether there will be absolute limitations on all damages, including indemnification obligations, and the dollar amount of these limitations.
Most pv systems are owned through a single-purpose entity whose only asset is the pv system, and most shopping centers are owned by single-asset, single-purpose entities. Accordingly, the provider and the host should determine in the LOI if they are going to provide parental guaranties to each other and under what terms.
While the list of issues this article covers is by no means exhaustive, the author hopes that it will be helpful in streamlining the negotiation of PPAs.
This article appeared in the March 2014 issue of The Metropolitan Corporate Counsel. The views and opinions expressed in this article are those of the author and do not necessarily reflect those of Sills Cummis & Gross P.C. Copyright © 2014 Sills Cummis & Gross P.C. All rights reserved.
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]]>The post Progress on the Western Front in the Solar Net Metering Battle? appeared first on The National Law Forum.
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The ongoing discussion between solar energy stakeholders and utilities concerning the merits of net metering and the best approach to ensure that ratepayers with installed solar power systems contribute appropriately to overall electric transmission and distribution costs spans the nation, with state utility commissions from Georgia to California considering this issue. However, nowhere is that discussion presently more heated and more closely watched than in Arizona and Colorado.
After a day of public comments and a full day of discussions with interveners, the Arizona Corporation Commission (A.C.C.) voted 3 – 2 on November 14, 2013 to modify APS’s Net Energy Metering (NEM) program. (A.C.C. Docket No. E-01345A-13-0248) In brief, the A.C.C. voted to adopt a 70 cent/kW installed monthly charge for ratepayers with rooftop solar. For the average-sized rooftop installation of 7 kW, this means a monthly charge of $4.90. The two commissioners who voted against the decision felt that this did not go far enough in addressing the cost shift from NEM.
While the decision is likely to be perceived as a win for the rooftop solar companies, APS and other utilities can take solace in the fact that the Commission recognized that NEM does produce a cost shift and that the grid has value for all customers. The details of the cost shift, including consideration of the value of the grid, will be the subject of A.C.C. workshops that will take place prior to the next APS rate case.
Prior to the open meeting, it appeared as though the A.C.C. would adopt a solution that would reduce the NEM subsidy based on a formula that took into consideration the lower cost of utility scale solar. The monthly charge calculated through this formula ranged from $7.00 to $56.00 per month for a 7 kW installation, depending on the individual Commissioner’s proposal.
However, on the morning of the second day of the open meeting, the rooftop solar interveners and the Arizona Residential Utility Consumers Office (RUCO) negotiated a settlement that was the subject of most of the discussion. This “settlement” proposed a monthly charge of 70 cents per kw installed or $4.90 for a 7 kW system. While Commissioner Pierce and others mentioned the lower cost of utility scale solar, the final outcome had less to do with addressing the rate-shift and more to do with the amount that the DV industry said that the average customers, who they contend only save $5-10/month, could absorb and still be willing to install a system. APS opposed the eventual outcome, as did Commissioners Pierce and Brenda Burns.
The following solution was adopted:
Monthly charge. New rooftop PV customers beginning after December 31, 2014 will be billed a monthly charge of 70 cents per kW installed to help address the rate-shift from solar to non-solar customers. For the average-sized system of 7 kW, that would mean a charge of $4.90/month. The charge can be adjusted by the Commission in the future – either up or down – based on the volume of installations. Reports of rooftop installation volumes will be provided quarterly. There is no automatic escalation of the charge based on installation volume. This charge will be added to the rooftop solar customer’s Lost Fixed Cost Recovery (LFCR) fund assessment currently paid by APS customers. An offsetting reduction will be made to the monthly LFCR assessment currently paid by customers without rooftop solar.
Grandfathering. Rooftop installations under the current NEM structure will be grandfathered. There was a long discussion about grandfathering with a general consensus being reached that while any Commission can change any previous decision made, future Commissions were likely to honor grandfathering decisions made by previous Commissions. Customers who sign up for systems under the new 70 cent charge will be grandfathered if the charge is increased to 80 cents or $1.00, but only until the next rate case in 2015. Customers who then sign up under any increased charges (e.g., 80 cents or $1.00) will also be grandfathered until the next rate case. However, all new rooftop customers (post December 2013) will be subject to any changes agreed to in the next rate case.
The NEM issue will be taken up again in the next APS rate case.
While the net metering discussion in Arizona has reached a conclusion – for now, the debate continues in Colorado.
On July 24, 2013, Public Service Company of Colorado (PSCo), Xcel Energy’s Colorado subsidiary, filed with the Colorado Public Utilities Commission (CPUC) its 2014 Renewable Energy Standard Compliance Plan detailing its updated proposal to meet Colorado’s requirement that 30% of PSCo’s retail electric sales come from eligible energy resources by 2020. (CPUC Docket No. 13A-0836E) Long recognized for its substantial commitment to wind energy, PSCo’s renewable energy portfolio also includes utility scale solar facilities and various programs designed to facilitate expansion of distributed solar energy installations, including the popular Solar*Rewards® program which has over 15,000 participants and represents more than 160 MW of installed solar capacity.
In its 2014 RES Compliance Plan PSCo proposed adding 42.5 MW of new distributed solar generation, including 36 MW of retail distributed solar generation through the Solar*Rewards® program and 6.5 MW of community solar gardens through the Solar*Rewards® Community program. At the same time, the company proposed reducing the per kilowatt-hour incentives paid to customers with distributed solar installations.
The more controversial aspect of the utility’s filing related to PSCo’s call for more transparency in the NEM credit paid to customers with installed solar systems and the costs and benefits associated with distributed solar facilities. PSCo explains that customers with installed solar arrays receive a 10.5 cent credit per kilowatt-hour of electricity they deliver to the grid, however, that electricity only provides 5 cents in benefits to PSCo systems and customers. While PSCo acknowledges that distributed solar generation allows for some savings associated with fuel costs, energy losses, and the deferral of new generation resources, the utility argues that the NEM incentive paid to solar-owning customers does not adequately consider other costs related to generation, transmission, and distribution, costs that are presently being borne by non-solar customers. As did APS in the NEM debate in Arizona, PSCo takes the position that the need for and nature of NEM incentives must be reevaluated as the solar industry moves toward becoming self-sustaining. If the CPUC does not agree with PSCo’s NEM proposals, the utility indicated that it intends to acquire only enough distributed solar generation needed for minimum RES compliance – a total of 12.5 MW.
Solar businesses and trade groups, renewable energy advocates, and environmental groups have strongly opposed PSCo’s analyses and have characterized the utility’s proposal as declaring war on the solar industry. These stakeholders argue that PSCo’s analyses fail to properly consider distributed solar’s grid, environmental, and job creation benefits. To that end, the Vote Solar Initiative (VSI) filed a motion requesting that the CPUC sever the NEM issue from PSCo’s RES Compliance docket and conduct a separate, comprehensive NEM cost-benefit analysis. While VSI’s motion was supported by various other stakeholders, it was opposed by PSCo and CPUC Staff, and was ultimately denied.
An evidentiary hearing on PSCo’s 2014 RES Compliance Plan, including consideration of PSCo’s proposed NEM changes, is scheduled for February 3-7, 2014. Until then, it is likely that the NEM battle in Colorado will continue both in the CPUC docket and in the public debate concerning the costs and benefits associated with distributed solar generation, how those costs and benefits should be accounted for and allocated, and the continued need for incentives related to this distributed energy resource.
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