1. Muhtasari wa Mradi

This project was deployed at a local telecom bureau to provide a lightweight solar-plus-storage system for a telecommunications base station. By upgrading the existing tower space, the project enables on-site solar power generation and self-consumption through photovoltaic and energy storage integration, effectively addressing practical challenges such as high electricity costs, difficult operation and maintenance, and the need for green transformation of telecom sites.

2. Maelezo ya Mradi

2.1 Hali ya Maombi

The local area has abundant solar resources, making it highly suitable for photovoltaic energy utilization.

2.2 Installed Configuration

The project adopts a lightweight tower-mounted solar + storage solution combined with an industrial-grade energy storage system. The optimized structure requires minimal space and is fully compatible with the continuous operation of 4G and 5G communication equipment.

3. Key Project Advantages

3.1 Lightweight Deployment with No Impact on Existing Infrastructure

The system adopts a tower-mounted photovoltaic integration design, requiring no civil construction modifications, no service interruptions during installation, and no additional occupation of equipment room space.

3.2 Energy Saving and Stable Economic Benefits

By utilizing free solar energy for power supply and integrating peak-valley electricity price arbitrage strategies, the system significantly reduces grid electricity costs for telecom base stations and helps lower long-term operational expenses.

3.3 Intelligent Operation and Maintenance with Reduced Labor Costs

Equipped with a comprehensive remote monitoring system, the solution enables real-time visibility of equipment status and operational data. Automatic fault alarms help minimize manual site inspections and improve maintenance efficiency.

3.4 Low-Carbon and Environmentally Friendly Operation

The system operates with zero emissions and low noise, effectively reducing carbon emissions from telecom sites and helping enterprises achieve carbon reduction targets and green development requirements.