Brought into Vermont law through 30 V.S.A. § 8010, Chapter 89 of Title 30, "Renewable Energy Programs", details the regulations surrounding self-generation and net-metering in the state of Vermont. This bill delegates net-metering rulemaking to the Vermont Public Utilities Commission (VPUC), who made effective their net-metering rules via Rule 5.100 on January 1st, 2017. Group net-metering systems and the processes needed to obtain a Vermont Certificate of Public Good (CPG) pursuant to 30 V.S.A. § 8010 are discussed.

Group net-metering systems are defined as a net-metering system serving more than one customer, or a customer with multiple electric meters

Beginning July 1st, 2017, under Revised Code of Washington Title 82, Chapter 82.16.170 (RCW 82.16.170), the state of Washington granted community solar administrators the ability to organize and administer community solar projects. Stipulations surrounding community solar projects include a maximum direct current (DC) nameplate capacity of 1 megawatt (MW), as well as a minimum of 10 participants or 1 participant per 10 kW DC nameplate capacity, whichever is greater. Projects exceeding 500 kW will be subject to a standard interconnection agreement. Members participating in any community solar project must be customers of the utility providing service at the

The community renewable energy program in Massachusetts was first brought to legislation on July 2nd, 2008 through Chapter 169 of the Act of 2008 within Massachusetts' session laws. This Act introduced "neighborhood net metering" to Massachusetts, establishing the framework for community net metering projects. Neighborhood net metering is any Class I, II or III net metering facility serving 10 or more residential customers, served by a single distribution company and located within the customers' neighborhood. Net metering facility classification definitions may be found within the act here.

An important addition to neighborhood net metering comes from the Code of

Senate Bill 1050, enacted in June 2015, created the Hawaii Community-Based Renewable Energy (CBRE) program. The legislation established the broad parameters for the program, and charged the Public Utilities Commission with further fleshing out the rules and approving CBRE tariffs filed by the utilities. 

Phase 1 CBRE

In December 2017, the Commission adopted a Phase 1 CBRE Framework and directed the utilities to file tariffs consistent with the framework. The framework adopted different capacity allocations and credit rates for the different islands: 

1. Oahu - 5.0 MW, $0.15/kWh
   
2. Hawaii Island - 1.0 MW, $0.15/kWh
   
3. Maui - 1.0 MW, $0.165/kWh
   
4. Molokai -

Blue Ridge Mountain EMC and TVA offer a loan program to help finance electric heat pumps. Qualified homeowners can borrow up to $15,000 payable in 10 years. The heat pump must be installed by a member of the Quality Contractor network, and will require an inspection before payment of the system. More information is available online at the website listed above.

Community Solar in NC is governed by House Bill 589 Session Law 2017-192. Each offering utility must file a plan with the Commission to offer a community solar energy facility program for participation by its retail customers. Each community solar facility must have at least five subscribers and no single subscriber has more than a forty percent (40%) interest. Duke Progress and Duke Energy must make this available on a first-come first-served basis until the total nameplate generation of its community solar facilities is at least 40MW.

Community solar energy facility projects may have a nameplate capacity of no more

On September 17th, 2021, the Governor of the State of Delaware signed into law Senate Bill 2, which amended the Renewable Energy Portfolio Standards Act and the Electric Utility Restructuring Act of 1999 to accelarate the adoption of community-owned solar photovoltaic systems in Delaware and to establish a process relating to community-owned energy generating facilities (CEFS).

Below are some of the key features of this program.

1. The community-owned energy generating facility shall not have subscriptions larger than 200 kilowatts constituting more than 60% of its capacity.
   
2. A community-owned energy generating facility shall not exceed a capacity of 4 megawatts.
3. The

New Jersey's community solar program is governed by the Solar Act of 2021 (L. 2021, c. 169) which established a new Successor Solar Incentive Program, also known as the “SuSI Program”. The SuSI Program implements the Clean Energy Act of 2018 (L. 2018, c.17) and the Solar Act of 2021 (L. 2021, c. 169). The SuSI Program provides incentives to eligible solar facilities to enable the continued efficient and orderly development of solar renewable energy generating sources throughout the state.

The program provides one New Jersey Solar Renewable Energy Certificate-II (NJ SREC–II) for every megawatt-hour (MWh) of solar electricity produced

Residents or businesses can choose to invest in, or lease, a renewable energy system installation on the rooftops of their homes or businesses, or on their properties. However, some Connecticut residents and businesses are either not able to, or elect not to, invest in or lease an individual property installation for a variety of reasons (e.g., high installation costs, unsuitable rooftop orientation, shaded property, or because they rent instead of own their properties). Subscription to a shared clean energy facility (SCEF) provides an option that can be used to overcome such barriers, thereby expanding access to renewable energy to more

The Oregon Community Solar Program was first introduced through Oregon Administrative Rules (OAR) 860-088. This rule's creation was directed under 2016 Senate Bill 1547, with administrative authority being given to the Public Utility Commission. Community Solar projects may only be approved if ownership is demonstrated for 50 percent or more of project nameplate capacity. Additionally, community solar projects must have a subscription minimum of 5 persons and not exceed 3 megawatts in nameplate capacity. Projects must be located in the Oregon service territory of an electric utility, with at least 10 percent of the project generating capacity allocated exclusively