Distributed Energy Resources definition

Distributed Energy Resources or “DER” means the electricity generators, electricity storage or electrical loads, and other Site equipment, machinery, apparatus, materials and other items used for the provision of the Flexibility Services as described in Schedule 3;

Distributed Energy Resources or “DERs” means electrical power or capacity resources, such as distributed renewable generation, energy efficiency, energy storage and demand response technologies, interconnecting directly to a distribution-level grid or sited at or within a load center connecting to a distribution grid.

Distributed Energy Resources means energy storage, electric generation equipment[,] including clean and renewable generation, [energy storage,] energy efficiency, demand response, load reduction or control programs, [and] or technologies or devices located on or interconnected to the local electric distribution system for purposes including but not limited to reducing line losses, supporting voltage regulation, or peak load shav- ing, as part of a strategy for minimizing transmission and distribution costs as provided in RSA 374-F:3, III.

Examples of Distributed Energy Resources in a sentence

• The small generator facility is installed, operated, and tested in accordance with the requirements of IEEE Standard 1547 (2018), “Standard for Interconnection and Interoperability of Distributed Energy Resources with Associated Electric Power Systems Interfaces”, as amended and supplemented, at the time the interconnection request is submitted.

• Inverters, Converters, Controllers and Interconnection System Equipment for Use with Distributed Energy Resources.

• The Underwriters’ Laboratories (UL) 1741 standard (Inverters, Converters, Controllers and Interconnection System Equipment for Use With Distributed Energy Resources) addresses the electrical interconnection design of various forms of generating equipment.

• UL-1741 (2005) Inverters, Converters, Controllers and Interconnection System Equipment for Use with Distributed Energy Resources.

• Any termination process will proceed pursuant to the Uniform Business Practices or Distributed Energy Resources Uniform Business Practices.

More Definitions of Distributed Energy Resources

Distributed Energy Resources or “DER” means local renewable energy projects, community distributed generation (e.g., community renewables), energy storage, peak demand management, energy efficiency, demand response, community resilience microgrid projects, and other clean energy projects and initiatives that reduce cost of service for Participating Customers, optimize system benefits, and/or address infrastructure and demand challenges within the geography of the CCA Program.

Distributed Energy Resources means Distributed Generation or electric energy storage.

Distributed Energy Resources means small-scale electrical generation sources located close to where the generated electricity is used, energy storage resources, energy efficiency resources or demand response resources. [PL 2021, c. 236, §5 (NEW).]

Distributed Energy Resources or "DER" means a wide range

Distributed Energy Resources or “DERs” means electrical power or capacity resources, such as distributed renewable generation, energy efficiency, energy storage and demand response technologies, interconnecting directly to a distribution-level grid or sited at or within a load center connecting to a distribution grid. DERs may be stand-alone resources or may be aggregated to provide power to the grid or load reduction necessary to meet the local customer’s electric need.

Distributed Energy Resources means energy resources which are provided to the electrical network, through either the meter in the customer's premise, or the distribution network, including but not limited to energy storage, energy efficiency, electrical vehicles, distributed generation of electricity from renewable energy sources, community networks and demand response;

Distributed Energy Resources means “distributed renewable generation resources, energy efficiency, energy storage, electric vehicles, and demand response technologies.” (Pub. Util. Code‌