Voltage rise Sample Clauses

Voltage rise. During normal operation, the voltage rise caused by the RGS at the point of common coupling shall not exceed by 3% the magnitude of the voltage when the RGS is not connected. APPENDIX 1 SAMPLE ELECTRICAL ONE-LINE DIAGRAM Centre-tapped PV grid-interconnected PV system APPENDIX 2 SUMMARY OF PV AND INTERCONNECTION-RELATED TECHNICAL STANDARDS IEEE Std 928 Recommended Criteria for Terrestrial PV Power Systems IEEE Std 1547 Standard for Distributed Resources Interconnected with Electric Power Systems – standard for technical interconnection requirements IEEE Std 519 Recommended Practices and Requirements for Harmonic Control in Electrical Power Systems - standard for allowable harmonic waveform distortions IEEE Std 1262 Recommended Practice for Qualification of Photovoltaic Modules IEEE Std 1374 Guide for Terrestrial Photovoltaic Power System Safety IEEE Std 1479 Recommended Practice for the Evaluation of Photovoltaic Module Energy Production UL Std 1741 Static Inverters and Charge Controllers for use in PV Power Systems – a testing protocol that certifies the safe operation of grid-connected inverters XX Xxx 0000 Xxxx-Xxxxx Photovoltaic Modules and Panels NFPA 70 Article 690 (NEC Code) Solar Photovoltaic Systems – standard for installation of PV systems NFPA 70 Article 705 (NEC Code) Interconnected Electric Power Production Sources – standard for installation of grid-connected systems VDE-AR-N-4105 German Standard “Power Generation Systems Connected to the Low Voltage Distribution Network IEC 00000-0-0 Harmonic current emissions in case of load currents up to 16A IEC 00000-0-0 Harmonic current emissions in case of load currents greater than 16A APPENDIX 3 SAMPLE OF UTILITY WARNING SIGN OF CUSTOMER GENERATION (Size not less than 8” x 6”, Font shall be 1.25 inches in height, black in colour with a yellow background.) APPENDIX 4 SAMPLE OF SAFETY DISCONNECT SWITCH APPENDIX 5 CONFIGURATIONS N.B this drawing is intended for illustration purposes only in the application for interconnection and does not represent a design or installation manual Fig. 1 Configuration 1 (net production to grid) N.B this drawing is intended for illustration purposes only in the application for interconnection and does not represent a design or installation manual Fig.2 Configuration 2 – total production to grid Configuration of Battery Backed Inverter with Output to Critical Loads Configuration of Battery Backed Inverter with All Loads Connected at the Inverter Output APPENDIX 6 RGS INTERC...
Sample 1
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Voltage rise. On the field survey, we examined the logs of the Udon Thani No. 1 substation, which showed a lead phase7 in three of nine feeders during the night when the demand is low. The voltage in these circuits rose above the rated value at the receiving end. This excess voltage can be expected to put a strain on electrical equipment. In short, while the public are asleep the consumption of electricity drops and the load on distribution lines lightens. When this happens, the voltage supplied to the receiving end of the circuit rises, placing a strain on automatic pumps, light fittings etc. For the future, it is very important to study and implement measures that will solve this kind of problem described above. In this survey, we were unable to inspect other substations, so we cannot say whether this is a common phenomenon nationwide, but we were able to confirm the existence of this problem through interviews in other areas. Therefore, PEA must conduct a nationwide study of the quality of the electric power it provides and study whatever corrective measures may be necessary.
Sample 1

Related to Voltage rise

  • Outputs 11. The objectives and outcomes of this Agreement will be achieved by:

  • Voltage Regulators Whenever the Large Generating Facility is operated in parallel with the New York State Transmission System, the automatic voltage regulators shall be in automatic operation at all times. If the Large Generating Facility’s automatic voltage regulators are not capable of such automatic operation, the Developer shall immediately notify NYISO, or its designated representative, and ensure that such Large Generating Facility’s real and reactive power are within the design capability of the Large Generating Facility’s generating unit(s) and steady state stability limits and NYISO system operating (thermal, voltage and transient stability) limits. Developer shall not cause its Large Generating Facility to disconnect automatically or instantaneously from the New York State Transmission System or trip any generating unit comprising the Large Generating Facility for an under or over frequency condition unless the abnormal frequency condition persists for a time period beyond the limits set forth in ANSI/IEEE Standard C37.106, or such other standard as applied to other generators in the New York Control Area on a comparable basis.

  • Outage Repair Standard In the event of an outage or trouble in any Service being provided by a Party hereunder, the Providing Party will follow Verizon’s standard procedures for isolating and clearing the outage or trouble.

  • Load A term that refers to either a consumer of Energy or the amount of demand (MW) or Energy (MWh) consumed by certain customers. Load Serving Entity (“LSE”). Any entity, including a Municipal Electric System and a Cooperatively Owned Electric System, authorized or required by law, regulatory authorization or requirement, agreement, or contractual obligation to supply Energy, Capacity and/or Ancillary Services to retail customers located within the NYCA, including an entity that takes service from the ISO to supply its own Load within the NYCA; provided, however, that such entity has obtained all governmental authorizations necessary to serve Load in the NYCA.

  • Outages 9.7.1.1 Outage Authority and Coordination. Interconnection Customer and Transmission Owner may each in accordance with Good Utility Practice in coordination with the other Party and Transmission Provider remove from service any of its respective Interconnection Facilities, System Protection Facilities, Network Upgrades, System Protection Facilities or Distribution Upgrades that may impact the other Party’s facilities as necessary to perform maintenance or testing or to install or replace equipment. Absent an Emergency Condition, the Party scheduling a removal of such facility(ies) from service will use Reasonable Efforts to notify one another and schedule such removal on a date and time mutually acceptable to the Parties. In all circumstances, any Party planning to remove such facility(ies) from service shall use Reasonable Efforts to minimize the effect on the other Parties of such removal.

  • Outage Restoration If an outage on the Attachment Facilities or System Upgrade Facilities or System Deliverability Upgrades of the Connecting Transmission Owner or Developer adversely affects the other Party’s operations or facilities, the Party that owns the facility that is out of service shall use Reasonable Efforts to promptly restore such facility(ies) to a normal operating condition consistent with the nature of the outage. The Party that owns the facility that is out of service shall provide the other Party and NYISO, to the extent such information is known, information on the nature of the Emergency State, an estimated time of restoration, and any corrective actions required. Initial verbal notice shall be followed up as soon as practicable with written notice explaining the nature of the outage.

  • Interconnection Point The Service Provider is responsible for connecting to the LFC Network at the Interconnection Point. The LFC may only change an Interconnection Point if a change is necessary to protect the security or integrity of that Interconnection Point in order to maintain the continuity of supply of the Wholesale Services. In the event of any such change:

  • Points of Interconnection As and to the extent required by Section 251 of the Act, the Parties shall provide Interconnection of their networks at any technically feasible point as described in Section 4.3. To the extent the originating Party’s POI is not located at the terminating Party’s relevant IP, the originating Party is responsible for transporting its traffic from it’s POI to the terminating Party’s relevant IP.

  • Downtime Due to the nature of server provision, downtime and lost transmissions may occur as part of routine maintenance. You are advised to maintain a copy of your account status and details of Content purchased.

  • Required Coverages For Generation Resources Of 20 Megawatts Or Less Each Constructing Entity shall maintain the types of insurance as described in section 11.1 paragraphs (a) through (e) above in an amount sufficient to insure against all reasonably foreseeable direct liabilities given the size and nature of the generating equipment being interconnected, the interconnection itself, and the characteristics of the system to which the interconnection is made. Additional insurance may be required by the Interconnection Customer, as a function of owning and operating a Generating Facility. All insurance shall be procured from insurance companies rated “A-,” VII or better by AM Best and authorized to do business in a state or states in which the Interconnection Facilities are located. Failure to maintain required insurance shall be a Breach of the Interconnection Construction Service Agreement.

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