Discover our Green Energy Module
Discover our Green Energy Module
As a pioneer in renewable energy, we have designed a portable renewable energy station to ensure continuous power supply of measuring equipment (such as LiDAR) in remote or hard-to-reach areas. This innovative system integrates the solar energy in an off-road trailer with batteries.
Ensures a constant and renewable electricity supply
Makes it easy to move measurement equipment to remote areas
Reduces maintenance of towers and measuring equipment
Applicable to multiple industries: energy, mining, surveillance, and more.
A Mobile Source of Renewable Energy
The GEMS is an off-road trailer-type structure equipped with a hybrid solar-wind system, combining deployable solar panels and a mini wind turbine.
This system is designed to operate on muddy terrain and unpaved roads and ensure a mobile source of power for measurement resources, such as LiDARs. In addition It can power communication devices, lighting, or other systems in areas without access to the conventional power grid.
Why Acquire a GEMS?
Power reliability: Ensures more than 95% uptime, required by IEC 61400-12-1, preventing data loss
End-to-end solution: Telener 360 offers the full package of GEMS and verified LiDARs , resulting in significant time and cost savings
Reduced risk and expense: Reduces the need for large or specialized personnel in the field for equipment installations
Specifications
- Its approximate dimensions are 1.80 m wide, 2.30 m long and 1.70 m high (up to the panels).
- It is capable of powering a LiDAR of up to 300 W.
- It stores energy in internal batteries, allowing it to operate fully autonomously without the need for diesel generators.
- The solar panels are foldable, which allows them to be collected during transport to optimize aerodynamics and road safety, and deployed at the operation site.
- The mini-turbine serves as a support to ensure the batteries are charged at night or on cloudy days.
- Its design is modular, which facilitates its attachment, movement and relocation after measurement campaigns of 3 to 6 months.
- It features an aerodynamic design to optimize vehicle flow and reduce fuel consumption during road transport.
