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June Power
June Power
Lithium Energy Storage Solution 3kw~40kw Outdoor System
This outdoor solar energy storage solution is designed to comply with requirements of outdoor applications like oil and gas, island, and off-grid remote areas. It serves as an ideal solution for off-grid applications including power backup, peak shaving, load shifting, PV self-consumption, and PV smoothing. Equipped with an intelligent ventilation system and optional integrated air conditioning.
Modular design for easy installation, maximum usage of solar energy with leading algorithm design.
Reliable 24/7 power supply including backup, peak shaving, and load shifting capabilities.
IP55 protection ensures waterproofing and dustproofing, ensuring complete safety in outdoor environments.
System design is pre-configured by highly skilled engineers directly from the factory.
Excellent TCO performance with optimized PV system. Low maintenance and remote monitoring.
Powered by solar energy with no CO2 emissions, effectively protecting the environment.
| Parameter | Value |
|---|---|
| DC Power | 48VDC |
| DC Output | 60A |
| Solar Power | 3KW |
| Energy Storage | 40KWh |
| Payment | T/T, L/C, Cash, Western Union etc. |
| Port | Normally Shenzhen China |
| Delivery | By sea / air / train / truck transportation |
| Delivery time | Normally 4 weeks ex factory |
| Packing | Carton box with wooden pallets |
A1: It is designed for outdoor applications such as oil & gas sites, islands, and remote off-grid areas, providing power backup and energy management.
A2: The system features IP55 protection, which ensures it is waterproof and dustproof for safe outdoor operation.
A3: The system utilizes high-quality Lithium battery technology for efficient energy storage and longer life cycles.
A4: Yes, the inverter comes with a 2-year warranty and the battery modules come with a 5-year warranty.
A5: The system includes an intelligent ventilation system, with an option to integrate a dedicated air conditioner for extreme environments.
A6: It supports peak shaving, load shifting, PV self-consumption, and PV smoothing to optimize energy usage.
