100kW Hybrid Solar System for Communication Base in Dili, East Timor

① Location

In Dili, East Timor

② Customer Type

For a communication base station

③ Problem

The communication base station operates with high power demand and requires 24/7 uninterrupted electricity supply to maintain stable operation of servers and communication equipment.

The project faced several key challenges:

• Continuous operation required for critical systems (7×24 hours)
• High local electricity prices increasing operating costs
• Strict tender requirements for a complete and reliable solution
• Need for local technical training and long-term maintenance capability

The client required a highly reliable and cost-efficient power solution to ensure uninterrupted communication services.

④ Solution

Installed a 100kW hybrid solar energy system with 200kWh lithium battery storage.

The project was delivered as a complete turnkey solution, including system design, equipment supply, on-site installation, commissioning, and technical training.

Experienced engineers were dispatched to the project site to complete system integration and ensure optimal performance.

⑤ Technical Specifications

Installed a 100kW hybrid solar system with 200kWh battery storage.

System configuration:

• 170 pcs 600W solar panels
• Hybrid inverter (Model: MPS 100kW)
• 3-phase power output
• Remote monitoring system (EMS)
• Intelligent energy management system
• Integrated solar + battery + grid solution

⑥ Results

• Ensured 24/7 stable power supply for communication base operations
• Enabled real-time remote monitoring of system performance
• Provided ongoing technical support and maintenance 
• Successfully transferred operation and maintenance knowledge to the local team
• Achieved a complete delivery from equipment supply to long-term service capability 

This project not only solved the power supply issue but also enhanced the client’s independent system operation capability.

 FAQ: 100kW Solar System for Communication Base Station

❓1. What is a 100kW solar system used for in communication base stations?

A 100kW solar system is designed to support continuous operation of communication equipment, servers, and cooling systems in telecom base stations.

❓2. Can a solar system ensure 24/7 operation for base stations?

Yes. A hybrid solar system with battery storage can provide uninterrupted power supply, ensuring stable operation even during grid outages.

❓3. Why is battery storage important for communication systems?

Battery storage allows the system to supply power during nighttime or outages, ensuring continuous operation of critical communication infrastructure.

❓4. How does remote monitoring work in solar systems?

An Energy Management System (EMS) enables real-time monitoring of system performance, allowing operators to track energy generation, consumption, and system status remotely.

❓5. What is the benefit of hybrid solar systems for telecom projects?

Hybrid systems combine solar, battery, and grid power, ensuring reliability, cost savings, and energy independence.

❓6. How long does it take to install a 100kW system?

The full project timeline is typically 1–2 months, including production, delivery, and installation.

❓7. Can local teams operate and maintain the system?

Yes. With proper training, local teams can independently manage system operation and maintenance.

❓8. What are the long-term benefits of solar for telecom infrastructure?

• Reduced operating costs
• Stable and reliable power supply
• Lower maintenance requirements
• Improved system sustainability

 Looking for a reliable solar solution for telecom or communication base projects?

Contact us today to get:

• Free system design
• Customized quotation
• Technical training support

We provide 50kW–500kW hybrid solar systems for telecom, industrial, and commercial applications worldwide.