Reactive Power Capability. AT HV SIDE OF STEP-UP TRANSFORMER (at SUMMARY TABLE C RATED MW LEAD (Mvar) LAG (Mvar)
Reactive Power Capability. This table should be completed to reflect the combination of the DER Unit’s capability and any limitation in the DER Unit’s Connection Agreement with UKPN. Consistent with clause 10, if there is any change in the DER Unit’s capability, an update of this schedule may be required. Above capability plotted as a P/Q chart if available (Performance Chart) Please refer to the examples in the Market Procedures when providing performance charts. PQ capability charts have to be defined at the point of connection (POC) for non-synchronous DER and at the generator terminals for synchronous DER.
Reactive Power Capability. (Leading):
Reactive Power Capability. (a) To facilitate the transmission of real power and maintain acceptable network voltage levels, you must make available to Ausgrid a reactive power capability which is no less than that specified in Item 3 of Schedule 5 to this agreement, or that required by section 5.2 of the NER; whichever is the greater.
(b) You must advise Ausgrid of any significant change in reactive power capability at any connection point, including the circumstances resulting from the change, as soon as possible after such a change occurs.
(c) Ausgrid may only use this information for network planning and development purposes, to assess connection and network capability and performance and as required under the Rules.
Reactive Power Capability. 1.1 In respect of each Despatch Unit, a Tenderer must nominate a Genset Registered Capacity which it anticipates will be the actual Genset Registered Capacity on the Contract Start Day for that Despatch Unit (in this Appendix 5 referred to as "the Nominated Genset Registered Capacity") to be used for the duration of the Market Agreement. All capability data used for the purpose of a Tender must be expressed as the capability of a Despatch Unit at the Commercial Boundary and must represent the value of Reactive Power output which can be supplied continuously at the Commercial Boundary when the Despatch Unit is operating at the Nominated Genset Registered Capacity.
1.2 In respect of each Despatch Unit, all capability data relating to the provision of the Enhanced Reactive Power Service specified in sub-paragraph 1.3(a) of this Schedule must be expressed as the capability of that Despatch Unit at the Commercial Boundary across a system voltage range to be specified by the Tenderer in its Tender (or otherwise in accordance with directions given by NGC).
Reactive Power Capability. AND MINIMUM POWER FACTOR REQUIREMENTS
Reactive Power Capability. For the purposes of settlement, the Reactive Power capability of the Generating Unit shall be determined separately for Reactive Power (Leading) and Reactive Power (Lagging) for each Trading Period as described in paragraphs 3.1.1 and 3.
Reactive Power Capability. Power Quality Test as per IEC 61400-21;
Reactive Power Capability. The Facility shall be designed to supply power (MWAC) for power factors ranging between 0.9 lagging and 0.9 leading, measured at the Point of Delivery. The resulting Reactive Power requirement shall be available from 20% of the Maximum Capacity of the Facility at the Point of Delivery.
Reactive Power Capability. The Generator must make available to Ausgrid a reactive power capability which is no less than as follows:
4. Generator Performance Standards [attach agreed Generator Performance Standards here]
5. Generator Technical Requirements [attach agreed Generator Performance Standards here] Schedule 6 – Generating facilities and connection point details The following table is provided as a guide to the Generator of the type of information required. This table is a guide only and all relevant data must be provided. Site Configuration Operation diagrams showing the electrical circuits of the existing and proposed main facilities including busbar arrangements, protection and metering Single line diagrams (suitable for inspection purposes) Protection Details A control and protection schematic diagram Schematic diagram Details of protection used Text, diagram Instrument transformers details Text Protection data and settings Text, diagram Control details Control arrangements and settings Text, diagram Alarm settings Alarm arrangements and settings Text, diagram Load and Generator Profile at Connection Point Profile of both the total output of the Generator (s) net load requirements of the plant. Explanatory note: In order to determine any avoided network Use of System payments, Ausgrid requires the profile at the connection point to the Ausgrid Network. This should include the expected generator duty cycle. Text, diagram Communication and Control Protocols to the Generator of the type of information required. This table is a guide only and all relevant data must be provided. Data Areas Symbol Data Description Units Required or N/A? Voltage Rating Nominal voltage KV Rated Currents Circuit maximum current KA Ambient conditions under which above current applies Text Earthing System Earthing Method Text Network Configuration Operation Diagrams showing the electrical circuits of the existing and proposed main facilities including busbar arrangements, phasing arrangements, earthing arrangements, switching facilities and operating voltages. Single line diagrams Network Impedance For each item of plant: details of the positive, negative and zero sequence series and shunt impedances, including mutual coupling between physically adjacent elements. % on 100 MVA base Short Circuit Infeed to the Network Maximum Generator 3-phase short circuit infeed including infeeds from generating units connected to the Registered Participant's system, calculated by method of AS 3851 (1991). k...
