Posts Tagged ‘SREC’

DC SREC Market Amendment – Update

Posted June 15th, 2011 by SRECTrade.

On June 7, 2011, the Council of the District of Columbia read and reviewed the latest draft of Bill 19-10, also known as the Distributed Generation Amendment Act of 2011.  For the details of the pending amendment please click here. The amendment received a substantial support from the local legislators as well as the DC solar community. The final vote after the first reading was 14-0, unanimously in favor of putting the amendment into effect.

As it currently stands, below are the key points of the amendment under consideration:

– Solar thermal system eligibility to participate in the SREC market. For more info see this post.

– Implementation of new solar capacity requirements and a new solar alternative compliance payment (SACP) schedule:

Year Current RPS Solar Requirement Proposed RPS Solar Requirement Jan-11 Proposed RPS Solar Requirement June-11 Current SACP Proposed SACP June-11
2011 0.04% 0.25% 0.40% $500 $500
2012 0.07% 0.50% 0.50% $500 $500
2013 0.10% 0.75% 0.50% $500 $500
2014 0.13% 1.00% 0.60% $500 $500
2015 0.17% 1.25% 0.70% $500 $500
2016 0.21% 1.50% 0.825% $500 $500
2017 0.25% 1.75% 0.98% $500 $350
2018 0.30% 2.00% 1.15% $500 $300
2019 0.35% 2.25% 1.35% $500 $200
2020 0.40% 2.50% 1.58% $500 $200
2021 1.85% $150
2022 2.175% $150
2023 2.50% $50

The amendment puts it place a system size cap, stating that all solar requirements be met by acquiring SRECs from systems no larger than 5 MW. Additionally, the amendment requires systems to be sited within the District. For systems located outside of the District, the amendment plans to grandfather systems smaller than 5 MW in capacity that were registered as a renewable resource with the District prior to January 31, 2011.

As mentioned in our previous blog post on this potential change to the District’s existing RPS law, this bill will take very important, concrete steps to addressing the current oversupply in the DC market.

It is still unclear how the grandfather date of 1/31/2011 will affect facilities outside the district that have been registered by the DC Public Services Commission and issued SRECs since then.

As the District is still operating under the current RPS law, out-of-state systems are still eligible to be certified for SREC generation, but it is unknown if the registration will hold value considering the implications of the amendment. The DC Council website does not currently indicate the next date for further consideration, but SRECTrade will continue to provide additional information as it becomes available.

Final SRECTrade Auction for MA 2010 SRECs is Friday, June 3rd

Posted May 27th, 2011 by SRECTrade.

The trading year for 2010 Massachusetts SRECs is coming to a close. The deadline to opt-in to the Massachusetts Department of Energy Resources (DOER) administered auction is June 15th, however there is still time to sell through the SRECTrade MA auction! SRECTrade’s final 2010 MA SREC auction closes on Friday, June 3rd at 5 pm EST and is open to any market participant. The May 2011 SRECTrade auction posted a $570/SREC clearing price (95% of the MA SACP) and is indicative of the high demand for unsold MA SRECs.

Participants in the June 3rd Massachusetts SRECTrade auction will be notified of the auction results by Wednesday, June 8th- well before the opt-in period for the DOER auction. SRECs sold in the DOER auction will receive a maximum price of $285/SREC after DOER administrative fees. After the SRECTrade June 3rd auction any unsold 2010 MA SRECs that are not placed in the DOER auction by June 15th will be retired and will no longer be eligible for sale.

Massachusetts SRECs are created on a quarterly basis following a January 1st to December 31st energy year. According to the rules outlined by the DOER, SRECs created from generation in Q4 of each year (October, November, December) are first available for sale on the open market at the beginning of Q2 (April 15th) the following year. Following the same cycle, SRECs created from solar generation in Q1 of 2011 are not available until the beginning of Q3 (July 15th). For this reason SRECs created at the end of 2010 are still being traded in SRECTrade’s monthly auctions through the June auction. Due to high demand for unsold SRECs there should be little activity, if any, in the DOER auction.

Please visit www.srectrade.com for more information on SRECTrade and Massachusetts SREC pricing.

MD to Accept In-state Solar Water Heating Systems for SREC Market

Posted May 27th, 2011 by SRECTrade.

Maryland recently passed legislation which will allow residential-scale in-state solar water heating systems (SWH) installed on or after June 1st 2011 to sell SRECs into the MD SREC market.  Eligible systems will, at a maximum, be able to produce 5 SRECs per year. The law does not go in to effect until January 1st 2012, so even if the system is installed now it will be another few months before they can monetize their SRECs. The bill states that eligible SWH systems are those that are not used solely for heating a pool or hot tub and are either metered by a device that meets the standards of the “International Organization of Legal Metrology” (OIML) or be OG-300 certified.

Another requirement is that the SWH collectors (the product that captures the sun’s heat) must be a “glazed liquid-type flat-plate or tubular solar collector by the OG-100 standard of the Solar Ratings and Certification Corporation (SRCC).”

Because SWH systems produce heat and not electricity, output is measured in British Thermal Units (BTUs) and not kW-hrs. In order for these systems to produce SRECs equivalent to their PV-system counterparts, they must be certified and metered in a way that can allow for accurate measuring and unit conversions. By multiplying each BTU by a conversion factor of .000293, one can determine the kWh equivalent production from the system. As a point of reference, a single a 21 ft2 flat plate solar thermal collector located in Baltimore, MD that has a conversion efficiency of 60% may produce as many as 2 SRECs per year.  Conversion efficiencies and BTU output will vary depending on the type of SWH panel used.

Distributed Solar East Finance & Investment Summit (June 8-10, 2011)

Posted April 25th, 2011 by SRECTrade.

Given the relevance of SRECs in financing solar, SRECTrade has been involved with the Distributed Solar Finance & Investment Summit for the past few years and will be attending Distributed Solar East this summer in New Jersey. The event runs June 8th-10th, 2011 in Newark, NJ and is one of the best opportunities to network with a variety of stakeholders in the solar financing world.

For more information or to register, visit the event’s website.

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SRECs and Taxes: Why SREC Income Should Be Taxable

Posted March 4th, 2011 by SRECTrade.

Despite our best efforts to bring clarity to the debate on the taxation of SRECs, it continues to be a complex issue. We will continue to write about it, not with the expectation that we’ll ever get an answer (short of any official statement from the IRS), but with the expectation that we can provide some perspectives that will allow you and your tax attorney to make the best decision (and please do point your tax advisors to these blog posts). Our earlier blog post providing the perspective of a CPA in New Jersey, who felt that SRECs could be considered a subsidy, drew some attention.

One response from Mark Bolinger, a Research Scientist at Lawrence Berkeley National Laboratory, was of particular interest because, in addition to highlighting the fault in claiming SRECs as a subsidy, he explains why you wouldn’t want the IRS to consider them a subsidy. The question over the taxation of SREC income has further implications because of the ITC or cash grant. If the SRECs were excluded from taxation because they are considered some sort of “subsidy,” then the cost basis of the ITC would have to be reduced by the value of the “subsidy.” He contends that system owners might prefer to pay taxes on SRECs than to reduce the cost basis of the 30% ITC.

Mark pointed out IRS Private Letter Ruling 201035003 which dealt with such a case involving the upfront sale of SRECs to a utility company in which the taxpayer requested affirmation that the proceeds from the sale did not affect the cost basis of the ITC and, subsequently, that the SREC sale not be treated as a subsidy, but rather a taxable sale. According to the private ruling which cannot be cited as precedent, the upfront sale of SRECs was deemed to be a taxable transaction ineligible for the Section 136 exclusion.

He writes: “Specifically, if the SREC payments did actually fall under the Section 136 exclusion and were therefore not taxable, then the basis for the 30% ITC or cash grant would (by law) need to be reduced by the amount of the non-taxable SREC payments (i.e., the 30% benefit would apply to a smaller dollar amount — smaller because you would need to subtract the SREC payments from the eligible system cost).  But how do you know in the project’s first year — when calculating the size of your ITC — what the value of a future stream of SREC payments will be over the life of a PV system?  You can’t know this at the time you are calculating your ITC (SREC prices will vary, system output will vary, no agreement on appropriate discount rate), which almost by default means that SREC payments cannot be considered non-taxable.”

He goes on to say: “it’s not even clear that trying to avoid taxes by seeking refuge under Section 136 is even advantageous to the taxpayer.  The knee-jerk response is always “no taxes mean more value,” but if no taxes also means a reduction in the basis to which the 30% ITC or cash grant apply, then you might — depending on your marginal tax rate — actually prefer to pay the taxes and leave the basis whole.”

This is the most sound reasoning that we’ve seen yet for paying taxes on your SREC income. At the very least it is a strong argument against considering SREC income as a subsidy. It doesn’t necessarily refute one unofficial argument that the SREC income cannot be taxed if it is paying down the cost of an initial capital investment, though we’re confident there are plenty of counterarguments out there. Regardless, the SRECs and Taxes issue will continue to be one left up to interpretation. We will be sure to continue to add contributions from our community in the Taxes section of our blog, and if anyone from the IRS is reading… we’ve got 10,000 readers interested in what you have to say!

Here is the conclusion of the Private Letter Ruling described above:

IRS Private Letter Ruling 201035003
Law & Analysis

Section 25D(a)(1) of the Code allows an individual a credit against the tax imposed for the taxable year in an amount equal to 30 percent of the qualified solar electric property expenditures made by the taxpayer during such year.

Section 25D(d)(2) defines the term “qualified solar electric property expenditure” as an expenditure for property which uses solar energy to generate electricity for use in a dwelling unit located in the United States and used as a residence by the taxpayer.

Section 25D(e)(1) allows the expenditures for labor costs properly allocable to the onsite preparation, assembly, or original installation of the qualified solar electric property and for piping or wiring to interconnect such property to the dwelling unit to be taken into account for purposes of § 25D.

Under § 25D(e)(8)(A), generally, for purposes of determining the tax year when the credit is allowed, an expenditure with respect to an item shall be treated as made when the original installation of the item is completed. Under § 25D(e)(8)(B), in the case of an expenditure in connection with the construction or reconstruction of a structure, such expenditure shall be treated as made when the original use of the constructed or reconstructed structure by the taxpayer begins.

Section 61(a) provides, that, except as otherwise provided by law, gross income means all income from whatever source derived, including gains derived from dealings in property (§ 61(a)(3)). Under § 61, Congress intends to tax all gains or undeniable accessions to wealth, clearly realized, over which taxpayers have complete dominion. Commissioner v. Glenshaw Glass Co., 348 U.S. 426 (1955).

Section 136 provides an exception to this general rule, stating that gross income does not include the value of any subsidy provided (directly or indirectly) by a public utility to a customer for the purchase or installation of any energy conservation measure. Section 136(b) provides, in relevant part, that a taxpayer may not take a tax credit (such as the credit under § 25D) for an expenditure to the extent of the amount excluded as a subsidy under § 136(a) with respect to the expenditure.

In the current situation, Taxpayer sold all of the environmental attributes associated with the RECs to Public Utility in exchange for a payment. As such, Public Utility’s payment to Taxpayer is neither a rebate nor purchase-price adjustment, since Public Utility has no reasonable nexus to the cost or sale of the subject property from the vendor, X. Also, the payment is not a “subsidy” intended to facilitate the acquisition of property deemed advantageous to the payor, though Public Utility may make such PLR-102696-10 4 payments in other contexts. Rather, Taxpayer represents that the transaction between the parties is effectively a sale or exchange of property and property rights. Public Utility will in fact make no payment to Taxpayer absent the transfer of Taxpayer’s valuable property interests (namely, the RECs associated with the Residential Solar System purchased by Taxpayer from X), and the parties specifically state that the subject payment is to be made in consideration of the transfer of such property interests.

Based solely on the information submitted and representations made, we conclude that the proceeds from this sales transaction are not within the purview of § 136. Consequently, Taxpayer must include gain from the sale of the RECs to Public Utility in Taxpayer’s gross income under § 61(a). Further, Taxpayer is not required under § 136(b) to reduce the basis in the Residential Solar System. Taxpayer represents that the Residential Solar System generates electricity for Taxpayer’s residence located in the United States. Thus, Taxpayer may take a credit for 30 % of the expenditures for qualified solar electric property, and Taxpayer does not have to reduce the expenditure by the amount of the REC Payment.

The rulings contained in this letter are based upon information and representations submitted by Taxpayer and accompanied by a penalty of perjury statement executed by Taxpayer. While this office has not verified any of the material submitted in support of the request for rulings, it is subject to verification on examination. Except as specifically set forth above, we express no opinion concerning the federal income tax consequences of the facts or transactions described above under any other provision of the Code. Specifically, we express no opinion on whether the amounts allocated to the qualified expenditures are correct and thus we express no opinion on the accuracy of the tax credit amount.

This ruling is directed only to the taxpayer who requested it. Under § 6110(k)(3) of the Code, a letter ruling may not be used or cited as precedent.

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Solar Capacity in the SREC States – February 2011

Posted March 2nd, 2011 by SRECTrade.

SRECTrade SREC Markets Report: February 2011

The following post outlines the megawatts of solar capacity certified and/or registered to create SRECs in the SREC markets SRECTrade currently serves.

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PJM Eligible Systems

As of the end of February, there were 12,995 solar PV (12,747) and solar thermal (248) systems registered and eligible to create SRECs in the PJM Generation Attribute Tracking System registry. Of these eligible systems, 43 (0.33%) have a nameplate capacity of 1 megawatt or greater, of which only 3 systems are greater than 5 MW. The largest system, currently located in Ohio, is 12 MW,  and the second largest, located in Chicago and eligible for the PA, DC, and MD markets, is 10 MW. The third largest system, located in NJ, is 5.6 MW.

Massachusetts DOER Qualified Projects

As of February 18, 2011, there were 220 MA DOER qualified solar projects; 204 operational and 16 not operational. Of these qualified systems, 10 (4.5%) have a nameplate capacity of 1 megawatt or greater, of which only 3 are between 1.5 and 2 MW. Only one of the projects greater than 1 MW is currently operational.

Capacity Summary By State

The tables above demonstrate the capacity breakout by state. Note, that for all PJM GATS registered projects, each state includes all projects certified to sell into that state. State RPS programs that allow for systems sited in other states to participate have been broken up by systems sited in state and out of state. Additional detail has been provided to demonstrate the total capacity of systems only certified for one specific state market versus being certified for multiple state markets. For example, PA includes projects only certified to sell into the PA SREC market, broken out by in state and out of state systems, as well as projects that are also certified to sell into PA and Other State markets broken out by in state and out of state systems (i.e. OH, DC, MD, DE, NJ). PA Out of State includes systems sited in states with their own state SREC market (i.e. DE) as well as systems sited in states that have no SREC market (i.e. VA). Also, it is important to note that the Current Capacity represents the total megawatts eligible to produce and sell SRECs as of the noted date, while the Estimated Required Capacity – Current and Next Reporting Year represents the estimated number of MW that need to be online on average throughout the reporting period to meet the RPS requirement within each state. For example, New Jersey needs approximately 255 MW online for the entire 2011 reporting year to meet the RPS requirement. Additionally, the data presented above does not include projects that are in the pipeline or currently going through the registration process in each state program. This data represents specifically the projects that have been approved for the corresponding state SREC markets as of the date noted.

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Solar Capacity in the SREC States – January 2011

Posted February 2nd, 2011 by SRECTrade.

SRECTrade SREC Markets Report: January 2011

The following post outlines the megawatts of solar capacity certified and/or registered to create SRECs in the SREC markets SRECTrade currently serves.

SREC Supply January 2011

PJM Eligible Systems

As of the end of January, there were 12,240 solar PV (12,001) and solar thermal (239) systems registered and eligible to create SRECs in the PJM Generation Attribute Tracking System registry. Of these eligible systems, 38 (0.3%) have a nameplate capacity of 1 megawatt or greater, of which only 3 systems are greater than 5 MW. The largest system, currently located in Ohio, is 12 MW,  and the second largest, located in Chicago and eligible for the PA, DC, and MD markets, is 10 MW. The third largest system, located in NJ, is 5.6 MW.

Massachusetts DOER Qualified Projects

As of January 10, 2011, there were 206 MA DOER qualified solar projects; 183 operational and 23 not operational. Of these qualified systems, 9 (4.4%) have a nameplate capacity of 1 megawatt or greater, of which only 2 are between 1.5 and 2 MW. None of the projects greater than 1 MW are currently operational.

Capacity Summary By State

The tables above demonstrate the capacity breakout by state. Note, that for all PJM GATS registered projects, each state includes all projects certified to sell into that state. State RPS programs that allow for systems sited in other states to participate have been broken up by systems sited in state and out of state. Additional detail has been provided to demonstrate the total capacity of systems only certified for one specific state market versus being certified for multiple state markets. For example, PA includes projects only certified to sell into the PA SREC market, broken out by in state and out of state systems, as well as projects that are also certified to sell into PA and Other State markets broken out by in state and out of state systems (i.e. OH, DC, MD, DE, NJ). PA Out of State includes systems sited in states with their own state SREC market (i.e. DE) as well as systems sited in states that have no SREC market (i.e. VA). Also, it is important to note that the Current Capacity represents the total megawatts eligible to produce and sell SRECs as of the noted date, while the Estimated Required Capacity – Current and Next Reporting Year represents the estimated number of MW that need to be online on average throughout the reporting period to meet the RPS requirement within each state. For example, New Jersey needs approximately 255 MW online for the entire 2011 reporting year to meet the RPS requirement. Additionally, the data presented above does not include projects that are in the pipeline or currently going through the registration process in each state program. This data represents specifically the projects that have been approved for the corresponding state SREC markets as of the date noted.

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Solar Capacity in the SREC States – December 2010

Posted January 5th, 2011 by SRECTrade.

SRECTrade SREC Markets Report: December 2010

The following post outlines the megawatts of solar capacity certified and/or registered to create SRECs in the SREC markets SRECTrade currently serves.

PJM Eligible Systems

As of the end of December, there were 11,241 solar PV (11,015) and solar thermal (226) systems registered and eligible to create SRECs in the PJM Generation Attribute Tracking System registry. Of these eligible systems, 35 (~0.3%) have a nameplate capacity of 1 megawatt or greater, of which only 3 systems are greater than 5 MW. The largest system, currently located in Ohio, is 12 MW,  and the second largest, located in Chicago and eligible for the PA and DC markets, is 10 MW. The third largest system, located in NJ, is 5.6 MW.

Massachusetts DOER Qualified Projects

As of December 10, 2010, there were 180 MA DOER qualified solar projects; 156 operational and 24 not operational. Of these qualified systems, 9 (~5.0%) have a nameplate capacity of 1 megawatt or greater, of which only 2 are between 1.5 and 2 MW. None of the projects greater than 1 MW are currently operational.

Capacity Summary By State

The tables below demonstrate the capacity breakout by state. Note, that for all PJM GATS registered projects, each state includes all projects certified to sell into that state. State RPS programs that allow for systems sited in other states to participate have been broken up by systems sited in state and out of state. For example, PA In State includes projects eligible to sell into the PA SREC market as well as projects that may also be eligible to sell into OH and DC. PA Out of State includes systems sited in states with their own state SREC market (i.e. DE) as well as systems sited in states that have no SREC market (i.e. VA). Also, it is important to note that the Current Capacity represents the total megawatts eligible to produce and sell SRECs as of the noted date, while the Estimated Required Capacity – Current and Next Reporting Year represents the estimated number of MW that need to be online on average throughout the reporting period to meet the RPS requirement within each state. For example, New Jersey needs approximately 255 MW online for the entire 2011 reporting year to meet the RPS requirement. Additionally, the data presented below does not include projects that are in the pipeline or currently going through the registration process in each state program. This data represents specifically the projects that have been approved for the corresponding state SREC markets to date.

Dec JPEG Image updated

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Australia Creates Separate Target for Small-scale Renewables

Posted July 26th, 2010 by SRECTrade.

On June 28th, the Australian government decided to split the REC trading environment within the country into two parts: one REC market for large-scale technologies like wind (LRECs) and one market for small-scale technologies like solar (SRECs). The law will go into effect on January 1, 2011. Of the original Australian target—45,000 GWh by 2020—LRECs are to account for 41,000 GWh and SRECs 4,000 GWh. This separation is theoretically akin to the “carve out” for solar energy development seen in several US states, but has been created with the opposite intention: to aid large-scale renewable energy development that would otherwise be dampened by a tendency toward small-scale systems.

The original Australian Renewable Energy Target law was passed last year with a target of 20% renewable electricity generation by 2020, along with a system for requiring utilities to buy all Renewable Energy Certificates (RECs – equivalent to 1 megawatt-hour, like in the US) created within the country.

The government also created a “Solar Credits Multiplier” which effectively multiplied by 5 the number of RECs produced by solar installations less than 1.5kW. This program, however, quickly flooded the market with RECs from small household solar thermal heaters and pumps. These government-discounted systems ultimately lead to a steep decline in REC prices. At values as low as $29 per REC (~$25 USD) large-scale renewable technology developers could no longer take on the financial risk of new projects. The Australian government, aware that larger wind and solar projects have greater potential to provide baseload power, decided to reinvigorate incentives for investment in large-scale renewable energy technologies.

Under the amended law, small-scale SRECs can be sold at a fixed price of $40 per MWh in a clearinghouse set up by the government. These SRECs will be sold quarterly in the order that they are produced. If supply of SRECs is greater than demand, then the government can lower this fixed price or reduce the Multiplier. Yet, if demand outpaces supply, then the government can sell “advance” SRECs to keep the price stable at $40.

The government does allow for SRECs to be traded outside of this clearinghouse, but this will most likely only attract sellers who do not want to wait if their SRECs are too far down the “first-come, first-served” list. Their SRECs will not be purchased for more than the fixed price clearinghouse, as utilities will be able to buy “advanced” SRECs at $40 if necessary. Without a true market for these SRECs, an efficient market price in Australia will be impossible to establish.

In the other market, LRECs will be sold and purchased annually, but it is important to note that those RECs that are produced from small-scale systems before January 1, 2011 will still be eligible. Critics have pointed out that the oversupply of RECs from 2010 will keep prices in both markets low until around 2014 when utilities will need to replenish their supply.

This decision was an important step for the Australian government in creating a more balanced mix of renewable energy technologies within the country. Nonetheless, one of the most pervasive elements of the initial law was the Solar Credits Multiplier. This policy instrument, coinciding with high rebates for solar thermal systems that were also eligible to create RECs, created too much overcapacity in the market. This multiplier provided the overwhelming incentive to install small solar installations. With a REC market flooded by credits that did not accurately represent the electricity produced from small systems, REC prices faced continued downward pressure. With both large- and small- scale renewable developers looking to this same pool of RECs as a means of financing their projects, most large projects (solar and wind alike) were pushed aside.

Multipliers have also been utilized within the United States as well, yet nearly always create an imbalanced mix of renewable technologies within the state’s portfolio. For Australia, it was small-scale solar that overtook the market. The government was forced to amend the law to create a “carve out” for larger-scale projects such as wind. This “carve out” mechanism has worked in the United States to provide the necessary developmental period for high-value, nascent technologies to become competitive in an otherwise hostile market. Yet, Australia may soon find that it’s support will simply create a new dominant technology. The Australian government has opted to favor large-scale projects in proposing that they should inhabit 90% of the total renewable target. These projects, given the current economic superiority of large-wind in a separated LREC market, will most likely be filled entirely with wind power.

Importing and Exporting SRECs across Registries

Posted July 21st, 2010 by SRECTrade.

With the launch of the North Carolina Renewable Energy Tracking System (NC-RETS), North Carolina is paving the way for what could be the future for SREC markets. For the first time, an SREC created in one region’s registry will be transferable to a buyer in another region’s registry. This cooperation amongst registries could be the first step towards a permeable nationwide SREC market.

North Carolina is currently working with other renewable energy certificate tracking systems to approve a process for importing and exporting SRECs. The approval of exporting SRECs from other tracking systems and importing them into NC-RETS would allow solar system owners located in states without viable SREC markets to sell into the North Carolina SREC market. This is all possible because almost all of the registries were built with similar technology developed by APX.  More information on all of the registries can be found here: APX Primer on REC Registries.

NC-RETS is working with the parties responsible for maintaining the other regional registries to develop the importing and exporting process.  Here is a list of those registries and an update on the status of importing and exporting:

NARR: The North American Renewables Registry (NARR) was developed by APX to serve the needs of states and regions that have not implemented a REC tracking system.  This covers most of the Southeastern U.S., Alaska and Hawaii.  NARR has already established importing/exporting procedures with NC-RETS.

MRETS: The Midwest Renewable Energy Tracking System (M-RETS), the registry that tracks the generation of SRECs in 8 Midwest U.S. states and the Canadian province of Manitoba, has approved the exportation of SRECs and is implementing the necessary software upgrades.

GATS: Generation Attribute Tracking System covers the Mid-Atlantic states and currently tracks the majority of SREC volume due to member states like New Jersey, Pennsylvania and Maryland.  GATS is expected to allow importing/exporting soon.

WREGIS: The Western Renewable Energy Generation Information System (WREGIS), the registry that tracks the generation of SRECs in 14 Western U.S. states, Baja California, and the Canadian provinces of Alberta and British Columbia, is capable of managing exports and is in the process of making a policy decision to allow the system to export SRECs.

ERCOT: Texas, the sixth state to adopt an RPS in 1999, was the first to implement a procedure for meeting the RPS.  The Electric Reliability Council of Texas (ERCOT) was the first registry of its kind.  Unfortunately, it does not currently have the capability to export SRECs and it may require legislative approval to make the necessary changes to the system’s software. However, NC-RETS and APX are working with ERCOT to come up with a solution.