Community Case Study
Off-Diesel Initiative: Solar Microgrids
How do you reduce the expensive fuel and maintenance costs of diesel microgrids?
How do you reduce carbon footprint?
How do you integrate renewable energy systems effectively into existing diesel microgrids?
TROES’ Battery Energy Storage allows integration of solar system to the diesel microgrid to eliminate expensive fuel costs. We welcome collaboration with various partners, viz., Renewable Energy Project Developers, EPCs, IPPs, Power Contractors.
About The System
On-site batteries store the power generated by PV system and existing diesel genset, which can run at maximum efficiency in the face of varying load conditions.
Our proprietary battery designs include a Battery Management System (BMS) with 3-layers of control and 3-layers of operation protection and an AI powered Dual-Equilibrium™ Technology, proven to improve battery lifecycle & overall system efficiency.
|Battery Technology||Lithium Iron Phosphate battery (LiFePO4)|
|BESS Capacity||1180 kWh|
|Usable Energy||878.86 kWh|
|BESS AC Output Power||200 kW|
|AC Output Voltage||380V/480V/600V|
|Solar System Size||200 kW|
|Rated DC Voltage||729.6 V|
|Operating Temperature||-30° to 45° C|
|System Dimension||12.2 * 2.44 * 2.59 m|
|Compliance Standards||Battery Cell: UL1642|
Battery Packs: UL1973, UN38.3