Solution
Wall-Mounted & Pole-Mounted Telecom Battery Solution

This high-available telecom battery system follows the principles of high-integration and high-compact. The case design houses close-coupled high density bat-tery PACKs, an intelligent BMS, a power distribution unit and a climate control system in a clean, compact form factor. It is built for flexible installation and can be wall-mounted or pole-mounted, suitable for base stations with small space. Acts as a strong backup power and energy buffer to maintain continuous communications services in various outdoor applications.
The all-in-one, ultra-compact design greatly simplifies the installation and reduces the space required on site. It can be quickly assembled in harsh environment at border out posts or in micro-stations in urban areas.
Combined with integrated thermal management and high energy density cell, this allows for superior system efficiency. It can be linearly scaled up from 15 kWh to 50 kWh through multi-unit parallel connection to meet the growing power requirements.
Designed with an IP55-rated protective construction and integrated fire suppression system, this solution guarantees long-term reliability. It delivers high energy density, and it is a robust and clean energy storage for critical inside oil and gas infrastructure, with 6,000 cycles of life.

Wall-Mounted & Pole-Mounted Telecom Battery Solution

FAQ

What is a Wall-Mounted/Pole-Mounted Battery Cabinet?

It is an integrated energy storage enclosure specifically designed for telecommunication base stations and remote sites. Unlike traditional floor-standing racks, it can be mounted on walls or poles to save ground space while providing full protection for the internal battery and management systems.

What environments are these cabinets suitable for?

With an IP55 protection rating, these cabinets are engineered for both indoor and outdoor use. They are highly adaptable to harsh conditions, including industrial and mining areas, field construction sites, and remote border defense posts where space and environmental protection are critical.

How does the system handle capacity expansion?

The solution features a modular architecture that supports multi-machine parallel operation. Users can start with a base capacity (such as 15kWh) and flexibly expand up to 50kWh or more by connecting additional units, ensuring the system grows with the site's power requirements.

What safety mechanisms are integrated into the cabinet?

Safety is ensured through a multi-layered approach, including a built-in fire protection system, active temperature control, and a comprehensive warning system. The intelligent BMS also monitors the high-voltage box and power distribution unit in real-time to prevent electrical faults.

What makes this solution ideal for 5G and modern telecom sites?

The high energy density and streamlined structure address the high power demands and limited space of 5G infrastructure. Its ability to provide voltage regulation, harmonic control, and peak shaving helps improve power quality and reduces operational costs for telecom carriers.
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