Nuovo BMZ ESS 7.0 - 6,74kWh Visualizza ingrandito

BMZ ESS 7.0 - 6,74kWh

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BMZ ESS 7.0 - 6,74kWh SISTEMA DU ACCUMULO AL LITIO

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3 336,30 € tasse incl.

495,00 € per kWh

Dettagli

IL SISTEMA DI STORAGE SCELTO DA SHARP !!

CHIEDI UN PREVENTIVO a ordini@estorage.it

prezzi a partire da €450,00 kWh oltre IVA

IL PREZZO INCLUDE L'ARMADIETTO RACK. 7 ANNI DI GARANZIA

E' IL SISTEMA DI STORAGE SCELTO DA SHARP!

SPECIFICHE TECNICHE: COMPATIBILE CON INVERTER SMA SUNNY ISLAND, DELIOS, VICTRON ENERGY, STUDER E NEDAP

ESS 7.0/9.0 is a new modular lithium-ion based energy storage system, which stores the surplus of the collected solar energy
for later demand. Energy can either be directed into the storage system or be fed into the public grid via an inverter.
Energy is available as required: in the evening, at night, or on a cloudy day.
With the ESS 7.0/9.0 System, consumers of solar power become more independent from electricity prices and use their
home-made eco-electricity when they need it.
ADVANTAGES
 Store during the day; use day and night
 Independent from daylight and public grid
 Economic, cost-cutting and ecofriendly
 Lightweight, save and space saving
 Modular installation: the storage capacity can be adapted to your needs
 Subsidized by the Federal Government of Germany: KfW-Program 275
TECHNICAL PROPERTIES
 Powerful energy storage system
 New lithium-ion technology: a 7 year warranty covering the system’s current value
 High efficiency: 95 %
 High discharge depth: 80 % DOD (Depth of Discharge)
 Durable: 5,000 full cycles
 Parallel installation of max. 6 modules possible
 High operational safety
SAFETY MEASURES
 Direct current relay and 2nd protection (chemical fuse) for a redundant battery cut-off
 Overvoltage and low voltage monitoring for each cell string with redundant battery cut-off
 Temperature monitoring for each cell string and current interrupt device (CID) in each cell
 Protection against a reboot after deep discharge or any other serious error
 No insecure parallel connection of cells without current interrupt device (CID) in each cell
 Active current control as a function of cell voltage and temperature (derating)
 Closed metal housing

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