Nominal Energy definition

Nominal Energy herein means the initially rated capacity of the Products as printed on the label of the Products. The precondition of the valid 10year Performance Warranty shall be as follows:
Nominal Energy herein means the initially rated capacity of the NV14 (14.4 kWh) and/or NV24 (24.0 kWh). The warranty is contingent on the following:
Nominal Energy means the nominal rated watt-hour (“Wh”) energy published for the Battery in Discover technical documentation at the time of manufacture.

Examples of Nominal Energy in a sentence

  • Nominal Energy Capacity and Retained Energy Capacity shall be measured in conditions and using methods specified in the applicable Data Sheet set out in the Warranty Schedule.RemediesRepair, replace or refund.

  • Nominal Energy Capacity and Retained Energy Capacity shall be measured in conditions and using methods specified in the applicable Data Sheet set out in the Warranty Schedule.

  • T-Bat warrants and represents that the product retains at least 60% of Nominal Energy for either 120 months after the commissioning date or for a minimum Energy Throughput as per the table indicated below (whichever comes first) when the battery system is operated under a normal use followed by the specification and the manual provided by T-Bat.

  • Gambling during the workday on or off District property is prohibited.

  • Short-Term Energy Outlook—Real and Nominal Energy Prices for 2012.


More Definitions of Nominal Energy

Nominal Energy herein means the initially Nominal Energy of the products as printed on the label of Products. The precondition of the valid 10year Performance Warranty shall be followed as the Products should be used in accordance with Appendix 1 - Usage and Transportation requirements. Product Type Nominal Energy Minimum Energy Throughput (MWh) B4850 ESS unit 2.4kWh 6.70MWh B3 ESS unit (B3 ESS unit has 3 kinds of specifications, please match according to product nameplate) 3.36kWh 9.38MWh 3.55kWh 9.91MWh 3.60kWh 10.05MWh C24100 ESS unit 2.56kWh 7.15MWh The corresponding Minimum Energy Throughput of the Dyness Powerbox, Powercube System is that the corresponding Energy Throughput of the matched battery module in the above table times the total number of modules. Examples are as follows: For POWERBOX F-10, hypothesis it matches with 4 pcs B4850 ESS unit, it’s Minimum Energy Throughput calculated as follows:
Nominal Energy herein means the initially Nominal Energy of the products as printed on the label of Products. The precondition for enjoying the valid 10-year‌ Performance Warranty is that the Products should be used in accordance with the Appendix. 1 - Usage and Transportation requirements Product Type Nominal Energy Minimum Energy Through Output ES100 lithium battery module 5.04kWh 15.8Mwh 4.2. Capacity measurement condition Ambient temperature: 25~30℃ Initial battery temperature from BMS: 25~30℃ Charging/discharging method Charge: (0.2) CC/CV (Constant voltage: (53.5) V/ Cut-off current (0.05) C) Discharge: (0.2)CC (Cut-off voltage: (40)V) Current at (0.2)C Note. Current and voltage measurement at battery DC side 5. Exclusion of Warranty Damage to the Products resulting from any of following activities is not covered by this Limited Warranty:
Nominal Energy herein means the initially Nominal Energy of the products as printed on the label of Products. The precondition of the valid 10year Performance Warranty shall be followed as the Products should be used in accordance with Appendix 1 - Usage and Transportation requirements. Product Type Nominal Energy Minimum Energy Throughput (MWh) B4850 ESS unit 2.4kWh 6.70MWh B3 ESS unit 3.55kWh 9.91MWh H9637 ESS unit 3.5kWh 9.77MWh C24100 ESS unit 2.56kWh 7.15MWh The corresponding Minimum Energy Throughput of the Dyness Powerbox, Powercube System is that the corresponding Energy Throughput of the matched battery module in the above table times the total number of modules. Examples are as follows: For POWERBOX F-10, hypothesis it matches with 4 pcs B4850 ESS unit, it’s Minimum Energy Throughput calculated as follows:
Nominal Energy herein means the initially rated capacity of the product as indicated on the label of the products. The precondition warranty shall be as follows: - The ambient temperature during the battery operation shall not fall below 0°C or exceed 45°C. - The energy throughput is within the value indicated on the table below: Product Nominal Energy Energy Throughput T58-M(T-BAT H 5.8) 5.76kWh 17.3MWh T58-S(HV11500) 5.76kWh 17.3MWh Capacity measurement condition - Ambient temperature: 25-30°C - Initial battery temperature from BMS: 25-30°C - Current and voltage measurement at battery DC side - Charging/discharging method
Nominal Energy herein means the initially Nominal Energy of the products as printed on the label of Products. The precondition of the valid 10 year Performance Warranty shall be followed as the Products should be used in accordance with Appendix 1 - Usage and Transportation requirements. Product Type Nominal Energy (kWh) Minimum Energy Throughput (MWh) UE-48Li2500I 2.4 6.7 UE-48Li3750I 3.6 10.05
Nominal Energy means the nominal rated watt-hour (“Wh”) energy published for the Rolls LFP
Nominal Energy herein means the initially Nominal Energy of the products as printed on the label of Products. The precondition of the valid 10year Performance Warranty shall be followed as the Products should be used in accordance with Appendix 1 - Usage and Transportation requirements. Product Type Nominal Energy (kWh) Minimum Energy Throughput (MWh) B4850 ESS unit 2.4 6.70 B3 ESS unit (B3 ESS unit has 3 kinds of specifications, please match according to product nameplate) 3.36 9.38 3.55 9.91 3.60 10.05 B48100 4.8 13.40 B51100 5.12 14.29 PowerDepot H5 4.8 13.40 PowerDepot H5B 5.12 14.29 A48100 4.8 13.40 The corresponding Minimum Energy Throughput of the Dyness Powerbox, Powercube System is that the corresponding Energy Throughput of the matched battery module in the above table times the total number of modules. Examples are as follows: For POWERBOX F-10, hypothesis it matches with 4 pcs B4850 ESS unit, its Minimum Energy Throughput calculated as follows: