Supports the introduction of multiple green power sources such as photovoltaic, wind, and generator.
AC220V, DC48V, -12V.
More energy-efficient and monitoring management; the temperature-controlled fan automatically adjusts the wind speed, with low power consumption, and supports RS485 serial communication upload.
Low comprehensive heat transfer coefficient (heat transfer coefficient 0.024W/(m﹒K)).
It can be used in various harsh outdoor environments with a salt spray time of 500 hours.
The product shell is made of aluminum alloy material, which is light and can be manually carried. It is prefabricated in the factory, and the cabinet can be hoisted as a whole.
The outer layer of the cabinet made of FRP material has strong anti-corrosion performance and can be used in coastal scenarios.
| Model | HJ-Z06-10O | HJ-Z12-20O | HJ-Z18-30O | HJ-Z24-40O |
| Power | 6KW (maximum 9KW) | 12KW(maximum24KW) | 18KW(maximum36KW) | 24KW(maximum48KW) |
| Maximum Energy Storage Capacity | 10KWh | 20KWh | 30KWh | 40KWh |
| Energy Input/Output | Mains/Photovoltaic/Energy Storage | |||
| Usage Environment | Outdoor | Outdoor(double compartment) | ||
| Installation Method | Floor-mounted | |||
| Specification Dimensions | 1200mm*700mm * 700mm | 1600mm*700mm*700mm | 2000mm*750mm* 750mm | 2000mm*1550mm * 800mm |
Note: Specifications are subject to change without prior notice for product improvement. Data Sheet / Get your free product catalog and the latest pricing!
The 30KWh Outdoor Photovoltaic Energy Cabinet is widely used in Communication Base Stations, Smart Cities, Smart Transportation, and Power Systems. In the United States, it supports reliable power supply for telecom infrastructure. In Germany, it enhances smart transportation systems. In Australia, it is used for remote power systems to ensure stable energy supply.
The double-layer heat-insulating structure with a low comprehensive heat transfer coefficient (0.024W/(m·K)) helps maintain optimal internal temperatures. In Canada, it prevents freezing during harsh winters, while in Brazil and India, it keeps the cabinet cool during high-temperature summers, ensuring consistent performance.
The IP55 protection level ensures the cabinet can withstand dust and water ingress, making it suitable for various harsh outdoor environments. In China, it resists heavy dust and rain. In South Africa, it handles sandy and windy conditions. In the United Kingdom, it withstands frequent rain and humidity.
The intelligent system management ensures more energy-efficient and monitoring management. It features a temperature-controlled fan that automatically adjusts the wind speed, reducing power consumption. In Italy, it optimizes energy usage for smart cities. In Spain, it enhances energy efficiency for telecom base stations. In Argentina, it provides real-time monitoring for remote power systems.
The outer layer of the cabinet made of FRP material has strong anti-corrosion performance, making it ideal for coastal scenarios. In the Netherlands, it resists saltwater corrosion near dikes. In Greece, it withstands sea spray in coastal cities. In New Zealand, it ensures durability in marine environments.
The above answer is for reference. For further details, please reach out to us.
Communication Base Stations, Smart Cities, Smart Transportation, Power Systems, Edge Sites
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