Our BESS
OASIS L215
215kWh Liquid Cooled Battery Cabinet
Application Scenario
PV and Storage Integration
OASIS L215 supports external hybrid inverter, DC coupling access to photovoltaic, integrated system design, one-stop service, high system integration, flexible layout of the scheme, can reduce light abandonment, improve the utilization rate of photovoltaic power generation.
Peak shaving and valley filling
After the OASIS L215 external energy storage inverter is connected, the user charges the energy storage system when the price is low, and takes electricity directly from the energy storage battery without purchasing electricity from the grid during the peak time, thereby avoiding the peak price and reducing the electricity cost.
Emergency Backup
OASIS L215 external hybrid inverter is also suitable for applications that require high continuity of the power grid. When the power grid is cut off, it can be used as a backup power supply to replace the traditional UPS power supply function, and provide backup power supply protection for the critical uninterruptible load in the industrial and commercial park to cope with sudden power failure.
Micro-grid
OASIS L215 can form a microgrid system with inverters, photovoltaic arrays, loads, diesel generators, etc. which is widely used in remote mountain areas, areas without electricity, islands, communication base stations and other places.
Cloud Platform Scheduling
OASIS L215 supports external intelligent EMS system, real-time status monitoring and fault recording, fault warning and fault location; Supports external cloud platform functions to achieve remote scheduling, cluster control, and energy efficiency management, enabling global assets to be visualized and digitized, and improving management efficiency.
Frequency and Peak Modulation
OASIS L215 can support 1C fast discharge after connecting to the grid-connected inverter, provide load support during the peak of power consumption, and participate in the load balance of the grid. At the same time, when the power grid frequency fluctuations, as a response to provide fast frequency modulation scheduling services.
Multi-Output Power
The inverter with different power can be selected, and the maximum support is 1C
High Performance BMS
Multi-level distributed architecture, neural network intelligent SOC and SOH algorithm
Multi-protection Design
Cluster level + system level + active explosion venting + exhaust system + combustible gas detection + water fire interface + partition safety isolation
Flexible Installation
Modular,plug and play, parallel expansion
High Level of Protection
Sealed liquid cooling system, Pack-level IP65, cabinet level C4 anti-corrosion grade, strong environmental adaptability
0.2C~1C
The inverter with different power can be selected, and the maximum support is 1C
9000 cycles
SUNWODA self-developed long life Cells are selected
100%DOD
Discharge depth up to 100%, maximize economy
kWh-MWh+
Supports parallel capacity expansion
＜2.2㎡
A single cabinet covers an area of less than 2.2㎡
C4/IP65
C4 anti-corrosion grade, Pack-level IP65, cabinet IP55, strong environmental adaptability
