Nira ec racks
  • Nira ec racks

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Fabricant: NILAR

Nira ec racks

The Nilar energy storage system solutions can be configured according to different setups, creating flexibility and a user-friendly experience for the customers. The energy storage system can be scaled up in order to meet your energy demand. Each energy storage system can be extended to include four units, where one unit acts as the Master and up to three units as Servants.
To enable the Nilar energy storage system to operate according to the specifications, an inverter is required to handle charging and discharging of the energy storage and for the conversion between AC/DC. An Energy Management System (EMS) is also required in order to control when and where the power should be delivered. Depending on the chosen energy storage set-up, the EMS manages various system functions such as power management and inverter management. The EMS can either communicate with the Nilar BMS or directly with the inverter to initiate charging or discharging of the battery bank.

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Battery size is determined by a number of application-specific features such as load profile (kW), desired system voltage (V) and required runtime (h). Another important aspect of your energy storage solution is the inverter. Different applications require different size of the inverter. Nilar can assist you upon request to find the correct inverter to match your energy storage system.


Specification


Rack Art. no. Description No. of battery packs Pack voltage [V] System voltage [V] Rated capacity [Ah] Energy [kWh] Weight [kg] Depth [mm] Height [mm] Width [mm]
ECI-600V-48kWh-M 20-0024 Rack 48 kWh Master 40 120 600 80 48 1402 615 1996 1509
ECI-600V-48kWh-S 20-0026 Rack 48 kWh Servant 40 120 600 80 48 1402 615 1996 1509
ECI-576V-57,6kWh-M 20-0025 Rack 57,6 kWh Master 40 144 576 100 57,6 1610 615 1996 1509
ECI-576V-57,6kWh-S 20-0027 Rack 57,6 kWh Servant 40 144 576 100 57,6 1610 615 1996 1509


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The Nilar energy storage system solutions can be configured according to different setups, creating flexibility and a user-friendly experience for the customers. The energy storage system can be scaled up in order to meet your energy demand. Each energy storage system can be extended to include four units, where one unit acts as the Master and up to three units as Servants.
To enable the Nilar energy storage system to operate according to the specifications, an inverter is required to handle charging and discharging of the energy storage and for the conversion between AC/DC. An Energy Management System (EMS) is also required in order to control when and where the power should be delivered. Depending on the chosen energy storage set-up, the EMS manages various system functions such as power management and inverter management. The EMS can either communicate with the Nilar BMS or directly with the inverter to initiate charging or discharging of the battery bank.

DOWNLOAD THE CATALOGUE


Battery size is determined by a number of application-specific features such as load profile (kW), desired system voltage (V) and required runtime (h). Another important aspect of your energy storage solution is the inverter. Different applications require different size of the inverter. Nilar can assist you upon request to find the correct inverter to match your energy storage system.


Specification


Rack Art. no. Description No. of battery packs Pack voltage [V] System voltage [V] Rated capacity [Ah] Energy [kWh] Weight [kg] Depth [mm] Height [mm] Width [mm]
ECI-600V-48kWh-M 20-0024 Rack 48 kWh Master 40 120 600 80 48 1402 615 1996 1509
ECI-600V-48kWh-S 20-0026 Rack 48 kWh Servant 40 120 600 80 48 1402 615 1996 1509
ECI-576V-57,6kWh-M 20-0025 Rack 57,6 kWh Master 40 144 576 100 57,6 1610 615 1996 1509
ECI-576V-57,6kWh-S 20-0027 Rack 57,6 kWh Servant 40 144 576 100 57,6 1610 615 1996 1509


Moins
Lire la suite
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