An Act To Promote Local or Community-based Generation Projects
Sec. 1. 35-A MRSA §3105 is enacted to read:
§ 3105. Meter technology
An electric meter installed by a transmission and distribution utility for the purpose of measuring a consumer's electricity consumption must be an electromechanical meter that does not require a switching mode power supply or other conversion of alternating current to direct current power in order to operate and that does not contain a radio frequency communication device or capacity for such a device.
Sec. 2. 35-A MRSA §3144 is enacted to read:
§ 3144. Neutral wire certification
No later than January 1, 2015, the commission shall certify that each domestic transmission and distribution utility has installed neutral wires that have the capacity to return to the grid 150% of excess power and that the neutral wires return existing power at an efficiency rate that is greater than 95% as determined by the commission by rule.
The commission may adopt rules to implement this section. Rules adopted pursuant to this section are routine technical rules as defined in Title 5, chapter 375, subchapter 2-A.
Sec. 3. 35-A MRSA §3201, sub-§8-A, as enacted by PL 2009, c. 197, §2, is amended to read:
Sec. 4. 35-A MRSA §3201, sub-§16-A is enacted to read:
Sec. 5. 35-A MRSA §3210-A, as amended by PL 2009, c. 197, §§3 to 5, is further amended to read:
§ 3210-A. Small generator aggregation
The requirements of this subsection apply only if they can be accomplished in a manner that is financially neutral to standard-offer service providers.
(1) Except for a small renewable generator that meets the criteria of subparagraph (4), for the first 10 years of operation from the time the small renewable generator is connected to the grid, the standard-offer service provider shall pay 50¢ per kilowatt hour or 4 times the current average retail price for electricity in the State as determined by the commission, whichever is higher;
(2) Except for a small renewable generator that meets the criteria of subparagraph (4), for the time frame of between 11 years and 15 years of operation from the time the small renewable generator is connected to the grid, the utility shall pay the small renewable generator 30¢ per kilowatt hour or 2 times the current average retail price for electricity in the State as determined by the commission, whichever is higher;
(3) Except for a small renewable generator that meets the criteria of subparagraph (4), after 15 years of operation from the time the small renewable generator is connected to the grid, the utility shall pay the small renewable generator the average wholesale market price for electricity in the State as determined by the commission; and
(4) If 75% or more of a small renewable generator’s component parts are manufactured in the State, then the initial 10-year purchasing price under subparagraph (1) is for the first 15 years of operation from the time the small renewable generator is connected to the grid, and the purchasing price under subparagraph (2) is for the time frame of between 15 years and 25 years of operation from the time the small renewable generator is connected to the grid, so that a utility does not pay a small renewable generator the average wholesale market price for electricity in the State under subparagraph (3) until the small renewable generator has been operational and connected to the grid for 25 years.
If a transmission and distribution utility aggregates the output of eligible small generators or small renewable generators under this subsection and is unable to sell the aggregated output to a competitive electricity provider, the transmission and distribution utility shall administer the purchase and sale of the aggregated output to a standard-offer service provider in accordance with the provisions of subsections 1 , 1-A and 2.
Sec. 6. Recommendations and report. The Public Utilities Commission shall develop a set of recommendations including tax and regulatory incentives to encourage the development of decentralized microgrids or community-based or neighborhood-based clean energy generation facilities using solar, wind and geothermal energy as nontransmission alternatives. Those recommendations must be submitted to the Joint Standing Committee on Energy, Utilities and Technology by January 5, 2014. The Joint Standing Committee on Energy, Utilities and Technology may report out legislation based on the set of recommendations submitted by the commission during the Second Regular Session of the 126th Legislature.
summary
This bill:
1. Requires that all meters installed by an electric transmission and distribution utility be electromechanical;
2. Requires that electric transmission and distribution utilities have neutral wires with the capacity to return 150% of excess power to the grid and that the wires return existing power at a rate that is greater than 95%. The commission is required to certify that transmission and distribution utilities meet this standard for neutral wires;
3. Creates a new class of electricity generators, small renewable generators, for the purposes of requiring a standard-offer service provider to purchase the electricity generated from the small renewable generators at rates higher than market value for the first 15 to 25 years that the generator is connected to the grid; and
4. Directs the Public Utilities Commission to develop a set of recommendations including tax and regulatory incentives to encourage the development of decentralized microgrids or community-based or neighborhood-based clean energy generation facilities using solar, wind and geothermal energy as nontransmission alternatives.