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RENON EStation R-ES1279500A0 | Container Type Large Energy Storage System | RENON

RENON EStation R-ES1279500A0 | Container Type Large Energy Storage System | RENON
RENON EStation R-ES1279500A0 | Container Type Large Energy Storage System | RENONRENON EStation R-ES1279500A0 | Container Type Large Energy Storage System | RENONRENON EStation R-ES1279500A0 | Container Type Large Energy Storage System | RENON
group name
RENON EStation Series
Min Order
1 piece
brand name
RENON POWER
model
EStation R-ES1279500A0
Nearest port for product export
GOPENHAGEN, LOS ANGELS, TOKYO, OSLO
Acceptable payment methods
T/T, L/C
update time
Fri, 21 Jan 2022 11:50:50 GMT

Paramtents

  • Nominal Grid Voltage 400V

  • Nominal Grid Frequency 50Hz

  • Battery nameplate energy(kWh) 1279

  • Charging (kW) 500

  • Installation Type IP54

  • Ambient Temperature -20℃~50℃

  • Dimension(W×D×H) 6058×2438×2591 mm

Packging & Delivery

  • Min Order1 piece

Briefing

Electrify your community with EStation, all-in-one design adopts lithium battery system + PCS in a 20ft container

Detailed

EStation R-ES1279500A0 | Microgrid Energy Storage System | RENON
 
Description:
Electrify your community with EStation microgrid energy storage system, all-in-one design adopts lithium battery system + PCS in a 20ft container.
Features:
Optical storage integrated system to meet microgrid applications;
Small size, flexible deployment;
Simple transportation and maintenance, with classification society certification, meeting shipping requirements;
Unattended system, remote monitoring;
Provide a variety of configurations to meet different demands;
Complete certification and protection, applicable to multiple national grid systems;
In combine with diesel generators, to achieve seamless switching;
 
 
Optical Storage Integrated System
Meets the total requirement in normal microgrid applications.
Customised Container
Simple transportation and maintenance, with classification society certification, meeting shipping requirements.
Cloud Connection
Unattended system, remote monitoring