Telecom Solar Power System

Huijue Network Telecom Solar Power System is a combined system for renewable energy production specifically for telecom base station facilities, communication towers, remote networks, and any other open communication infrastructure. The system is based on solar photovoltaics generation, lithium battery storage, power conversion, and intelligent energy management providing steady and constant energy supply for the telecoms infrastructure.

The system can function both off-grid, connected to the grid or as a hybrid system and can be customized depending on the telecom load, backup period, solar energy availability and specific site features. With the increased share of solar energy and batteries use, it reduces the grid power usage and generator operation time.

Key Features

Solar & Battery System

Solar power system supplies energy for telecom loads and charges battery.

Backup Power Supply System

Automatic switching to battery power in case of inadequate solar power and mains power.

Around-the-Clock Power Supply System

Developed to provide continuous power supply for telecom loads.

Customization Capabilities

Capacity of PV, battery capacity, power modules, and cabinet configurations are adjustable.

Energy Management System

Enables joint operation of solar power, battery power, grid power, and diesel generators.

Outdoor Power Supply System

All system components are installed in one outdoor cabinet.

Monitoring & Control Capabilities

Provides operating status monitoring and energy management for remote telecom sites.

System Configuration

A typical telecom solar power system includes:

The system can be configured with different PV and battery capacities depending on the power consumption and autonomy requirements of the communication site.

Technical Specifications

System parameters can be configured according to project requirements.

How the Telecom Solar Power System Works

Solar panels during daytime produce electricity that is used to run telecom equipment. In case where PV generation exceeds the existing load, the extra electricity is stored into the battery.

With a decrease in solar generation, the battery is automatically connected to supply the needed electricity to meet the telecom load. Grid-connected systems may also run from utility power when needed.

In case of an outage in the grid power supply, the battery acts as the backup power for running communication equipment. In cases of areas with long periods of inadequate sunshine, a diesel generator can be included as an alternative backup power.

Such a configuration makes it possible to operate the system by giving priority to the renewable energy system.

Applications

Huijue Network Telecom Solar Power System is ideal for use in:

• 4G and 5G telecom towers
• Telecom towers
• Remote telecom stations
• Wireless rural networks
• Off grid telecom stations
• Microwave telecom stations
• Emergency telecom systems
• Monitoring stations
• Weak grid telecom stations
• Telecom stations needing a diesel genset backup

Solar Power for Telecom Base Stations

Base stations for telecommunications generally run round the clock, making power reliability a vital necessity. However, at remote locations, grid extension can become costly, whereas the use of diesel generator can lead to high cost of fuel, transport and maintenance.

Solar Power with Battery Backup can serve as an alternate solution by making use of solar energy to compensate for the traditional power consumed.

In cases where there is unreliable utility power, the system can be made to consist of PV + battery + grid + diesel generator.

Customized System Design

Different Telecom sites vary considerably in their electricity use, solar irradiation, backup requirement, and space available for installation. Huijue Network can customize the system based on:

• Telecom equipment load
• Time requirement for battery backup
• Daily electricity use
• Solar conditions at the location
• Area available for PV installation
• Availability of the grid
• Generator capacity
• Battery capacity
• Dimensions of the cabinet
• Voltage requirement for DC

The system can range from a basic solar power system for small remote sites to a hybrid power system for large 5G base station loads.

FAQ

Does the system work without grid electricity?

Yes. It could be designed as a solar-battery off-grid solution for telecom sites that do not have grid access.

Is it possible to use it with 5G base stations?

Yes. The system could be tailored according to the increased demand for power and backup from 5G base stations.

Can a diesel generator be included?

Yes. Solar, battery, grid, and diesel power sources could be incorporated into a hybrid telecom power system.

How is the battery size calculated?

The battery size depends on the telecom loads, duration of backup needed, depth of discharge, and local conditions.

Could the system be tailored?

Yes. Huijue Network could tailor the capacity of the solar panels, batteries, cabinets, power system configuration, monitoring features, and overall architecture according to the needs of the project.