Skip to content


Hincoo logo
Hincoo logo

Lithium Battery Pack For Mobile Solar Tower Telecom Towers

Mobile Tower Powered by the Sun

BATTERY EXPERT is one of the main providers of BESS products around the globe. These include electric power and control systems, a battery energy storage system, an emergency power supply, and the battery supply for telecom solar towers, among others.

Globally, just 7% of telecoms firms’ electricity demands are met by renewable energy sources, and only 26% of the evaluated telecom companies have renewable energy goals. Telecom firms outsource the construction, operation, and maintenance of their telecom towers to tower companies. Therefore, telecom firms are not directly responsible for the corresponding emissions. It is a tremendous chance to power telecom towers with renewable energy sources like as solar, as it may replace expensive diesel generators and help firms meet their renewable energy goals.

Choosing this option will also make the installation of mobile towers in rural villages without grid connectivity more feasible.

With the substantial fall in the price of energy storage and solar panels, renewable energy is now a cleaner, cheaper, and superior alternative to diesel generators for powering mobile towers. This will also significantly save operation and maintenance expenses. With over 30 million rising telecom towers worldwide, the potential to transition to renewables is enormous.



For the uninterrupted operation of telecommunication systems, onsite power sources must be dependable. To ensure network stability, cellular towers and repeaters require continual power, and maintaining and refueling a generator is costly, inefficient, and time-consuming. As networks evolve and expand, an increasing number of businesses are turning to alternative energy sources to power their telecommunication equipment.

Our solar energy solutions are the finest for this application, we believe. Our containerized system is simple to implement and calls for minimal or no preexisting architecture. Our containerized design enables us to install our system nearly anywhere, and we can scale our system to meet any energy requirements. Our systems contain battery storage and a backup generator to ensure optimum dependability, but using solar energy as the primary source of power reduces fuel and maintenance expenses. Combined with remote monitoring systems, this results in fewer on-site visits and lower operational costs.

Cellular Tower Power Sources
Cellular towers are frequently located in isolated places with little surrounding infrastructure. Reducing the amount of service they require reduces operational expenses. Our containerized solar microgrids are simple to deploy, need minimal infrastructure, and can offer uninterrupted power on-site without delay. Our mini-grids are pre-wired, and solar energy maintains operations inexpensive and environmentally friendly.

Using our solar power kits, you can extend the range and coverage area of a telecommunications network to inaccessible and distant regions. Our kits may be scaled to power any necessary equipment, and we provide a range of data backhauling options to improve connectivity. Our kits are simple to install, need minimal infrastructure and are easily retrofittable to existing structures.

Localized Systems
Multiple buildings can connect to the internet via local networks, which is quite beneficial. Signal-strength-optimal locations tend to be a considerable distance from any power connections, making antenna installation challenging. Our solar energy kits make it simple to deploy antennas and repeaters at optimal locations, and they provide clean, reliable energy that can be scaled to power any system with either AC or DC current.


Telecom Solar array
Using solar energy is a dependable way to provide electrical power to telecommunication systems in remote sites that are beyond the main electricity grid, such as mountaintops and huge swamps, where power is unavailable or where it is impractical to establish additional power lines to remote locations. Numerous telecom systems, including television and radio repeater sites, microwave repeaters, and RTU applications, can be powered by solar energy.

To determine the size of a repeater or RTU site, you must first know the amount of power the radio requires in both standby and transmit mode, as well as the duty cycle, or the amount of time the radio operates within a 24-hour period. Then, you must determine the amount of available solar radiation at your radio location. To determine the size of the battery bank, you must determine how long the radio must work over protracted periods of cloudy weather. This information will assist you in determining the required system size.

Using a proven Schneider Electric telecom towers solution, the BATTERY EXPERT mobile solar twoer battery system can increase profits by 20-40%.

Telecom Solar towers can operate in places with an inconsistent grid or no grid supply, reducing costs through simple and seamless integration with solar.