Generation Disconnect definition

Generation Disconnect. The switch should remain in the “off” (open) position after installation, until MLGW performs the system acceptance test. Upon successful completion, the AC disconnect switch will be left in the “on” (closed) position to allow the flow of generation. The Participant shall ensure that the AC manual disconnect switch shall remain readily accessible to MLGW and be capable of being locked in the open position with a single MLGW utility padlock. A permanent, weatherproof single line diagram of the renewable generation facility must be located adjacent to the AC disconnect switch. Names and current telephone numbers of at least two persons authorized to provide access to the facility and who have authority to make decisions regarding the interconnection and operation of the Qualifying System must be posted.
Sample 1Sample 2Sample 3
Generation Disconnect. The Participant shall ensure that the AC manual disconnect switch shall remain readily accessible to MLGW and be capable of being locked in the open position with a single MLGW utility padlock. A permanent, weatherproof single line diagram of the renewable generation facility must be located adjacent to the AC disconnect switch. Names and current telephone numbers of at least two persons authorized to provide access to the facility that have authority to make decisions regarding the interconnection and operation of the Qualifying System must be posted.
Sample 1
Generation Disconnect. The disconnect shall be mounted separate from but adjacent to the Distributor’s meter socket. DG Owner shall ensure that such manual disconnect switch shall remain readily accessible to Distributor and be capable of being locked in the open position with a single Distributor utility padlock.
Sample 1

Examples of Generation Disconnect in a sentence

  • The proposed System has a lockable, visible, manual disconnect device, clearly marked "Distributed Generation Disconnect" accessible at all times to Cooperative personnel located at the metering point or other location mutually agreed to between Member-Generator and Cooperative.

  • A permanent, weather proof sign indicating the location of the SGF Generation Disconnect shall be clearly displayed at the point of service connection (generally at the interconnection meter).

  • A permanent and weather proof map of the COG facility showing the location of all major equipment including the PNM meter point, the Customer-Owned Generation Disconnect, and the Customer-Owned Generation Breaker.

  • A lockable, visible-open, load break disconnect between the COG and the PNM system that is visibly marked "Customer-Owned Generation Disconnect." This disconnect will be accessible to and lockable by PNM.

  • The proposed System has a lockable, visible, manual disconnect device, clearly marked "Distributed Generation Disconnect" accessible at all times to the Corporation’s personnel located at the metering point or other location mutually agreed to between Member-Generator and the Corporation.

  • In particular, as the City is prioritizing facilities for constructing recommended improvements, they should consider the criteria listed above.

  • The proposed System has a lockable, visible, manual disconnect device, clearly marked "Distributed Generation Disconnect" accessible at all times to Cooperative personnel located at the metering point or other location mutually agreed to between Member-Generator and the Cooperative.

  • The customer is obligated to maintain the QREG Facility and Customer Owned Generation Disconnect Switch(s) in compliance with the National Electric Code, IEEE 1547 and UL 1741(or subsequent approved revisions thereof) at all times during which the QREG Facility is interconnected with the Borough’s electric system.

  • For DERs greater than 25 kW of capacity, a permanent and weather proof sign indicating the location of the DER Generation Disconnect shall be clearly displayed at the electrical service (generally at the customer meter), and shall also include the names and current telephone numbers of at least two persons that are authorized to provide access to the DER and who have authority to make decisions regarding the DER interconnection and operation.

  • Failure to maintain the QREG Facility and Customer Owned Generation Disconnect Switch(s) in such condition shall be grounds for disconnection of the QREG Facility and termination of this Application/Agreement.

Related to Generation Disconnect

  • Disconnect means the disabling of circuitry preventing both outgoing and incoming communications.

  • Generation Interconnection Customer means an entity that submits an Interconnection Request to interconnect a new generation facility or to increase the capacity of an existing generation facility interconnected with the Transmission System in the PJM Region. Generation Interconnection Request:

  • medium voltage means the set of nominal voltage levels that lie above low voltage and below high voltage in the range of 1 kV to 44 kV;

  • voltage means the root-mean-square value of electrical potential between two conductors.

  • Generating Facility means the Generating Unit(s) comprising Seller’s power plant, as more particularly described in Section 1.02 and Exhibit B, including all other materials, equipment, systems, structures, features and improvements necessary to produce electric energy and thermal energy, excluding the Site, land rights and interests in land.

  • Interconnect means to connect an alarm system including an automatic dialing device to a telephone line, either directly or through a mechanical device that utilizes a telephone, for the purpose of using the telephone line to transmit a message upon the activation of the alarm system.

  • Generator means a device that produces electricity.

  • Working voltage means the highest value of an electrical circuit voltage root-mean-square (rms), specified by the manufacturer, which may occur between any conductive parts in open circuit conditions or under normal operating conditions. If the electrical circuit is divided by galvanic isolation, the working voltage is defined for each divided circuit, respectively.

  • Generation Interconnection Feasibility Study means a study conducted by the Transmission Provider (in coordination with the affected Transmission Owner(s)) in accordance with Tariff, Part IV, section 36.2.

  • low voltage means the set of nominal voltage levels that are used for the distribution of electricity and whose upper limit is generally accepted to be an a.c. voltage of 1000V ( or a d.c. voltage of 1500 V). [SANS 1019]

  • Output means the exposure rate, dose rate, or a quantity related in a known manner to these rates from a brachytherapy source or a teletherapy, remote afterloader, or gamma stereotactic radiosurgery unit for a specified set of exposure conditions.

  • Disconnection means a deactivation of connection assets that results in cessation of distribution services to a consumer;

  • Interconnector means equipment used to link the electricity system of the State to electricity systems outside of the State;

  • Electric generation service means the provision of retail

  • Surplus Interconnection Customer means either an Interconnection Customer whose Generating Facility is already interconnected to the PJM Transmission System or one of its affiliates, or an unaffiliated entity that submits a Surplus Interconnection Request to utilize Surplus Interconnection Service within the Transmission System in the PJM Region. A Surplus Interconnection Customer is not a New Service Customer.

  • Transmission Interconnection Customer means an entity that submits an Interconnection Request to interconnect or add Merchant Transmission Facilities to the Transmission System or to increase the capacity of Merchant Transmission Facilities interconnected with the Transmission System in the PJM Region or an entity that submits an Upgrade Request for Merchant Network Upgrades (including accelerating the construction of any transmission enhancement or expansion, other than Merchant Transmission Facilities, that is included in the Regional Transmission Expansion Plan prepared pursuant to Operating Agreement, Schedule 6).

  • generating plant means the generating facility described in Schedule 1 as amended from time to time;

  • high voltage means the classification of an electric component or circuit, if its working voltage is > 60 V and ≤ 1500 V DC or > 30 V and ≤ 1000 V AC root mean square (rms).

  • Generation Service means the sale of electricity, including ancillary services such as the provision of reserves, to a Customer by a Competitive Supplier.

  • Co-generation means the sequential production of electricity

  • generating station or “station” means any station for generating electricity, including any building and plant with step-up transformer, switch yard, switch-gear, cables or other appurtenant equipment, if any used for that purpose and the site thereof, a site intended to be used for a generating station, and any building used for housing the operating staff of a generating station, and where electricity is generated by water-power, includes penstocks, head and tail works, main and regulating reservoirs, dams and other hydraulic works, but does not in any case include any sub-station;

  • Generating Facilities means Interconnection Customer’s device for the production and/or storage for later injection of electricity identified in the Interconnection Request, but shall not include the Interconnection Customer’s Interconnection Facilities. Generation Interconnection Customer:

  • Interconnection Customer means a Generation Interconnection Customer and/or a Transmission Interconnection Customer.

  • Electrical equipment means underground equipment that contains dielectric fluid that is necessary for the operation of equipment such as transformers and buried electrical cable.

  • Combined sewer system means a system for conveying both sanitary sewage and storm water runoff.

  • Interconnection Point means the point(s) of connection(s) at which the project is connected to the grid i.e. it shall be at 11 / 22 kV bus bar level of substation of MSEDCL.