Innovative Solar Cell Technology

MIPV (Mobile Integrated Photovoltaic) is an advanced solar technology designed to provide a consistent power source by ensuring batteries remain charged, completely independent of the traditional power grid. This innovative technology utilizes solar cells that capture the entire light spectrum, including both visible and non-visible light, allowing them to generate more electricity than conventional solar panels, which rely on a narrower range of light frequencies.

Unlike traditional panels, MIPV cells can generate power even in low-light conditions, maximizing energy yield throughout the day. The solar cells are not affected by partial shading, which means they can consistently generate power, even if part of the cell is blocked. MIPV technology is adaptable to various surfaces and environments, making it suitable for diverse applications, including mobile and agricultural setups. By ensuring a stable energy source, MIPV eliminates reliance on external electricity grids, making it ideal for remote or mobile solutions.

Solar cells for all segments of the transport industry

MIPV is an advanced solar technology offering a sustainable and eco-friendly energy solution. It ensures batteries remain fully charged, providing complete independence from the electricity grid.

• High Efficiency in Low Light: The technology generates electricity even in minimal light conditions, before full daylight is visible.
• Durability: The panels are resistant to environmental wear and can endure common cleaning processes without damage.
• Sustainability: It supports green energy initiatives, reducing CO2 emissions and promoting environmental friendliness.

This innovative approach delivers reliable, off-grid power, making it ideal for applications requiring sustainable energy solutions.

Sky is the Limit

MIPV (Mobile Integrated Photovoltaic) technology can be applied in various segments due to its adaptability, efficiency, and durability. Some key areas of use include:

Transportation and Logistics

• Electric Vehicles (EVs): Charging EV batteries on the move, enhancing range and reducing dependence on charging stations.
• Commercial Fleets: Powering refrigeration units, tracking systems, and auxiliary devices in trucks and delivery vans.
• Public Transport: Providing sustainable power for buses, trains, and trams for lighting, air conditioning, or other auxiliary systems.

Agriculture

• Irrigation Systems: Powering water pumps and monitoring systems in fields.
• Smart Farming Equipment: Supporting renewable energy needs for machinery or remote monitoring devices.

Off-Grid Applications

• Remote Areas: Charging devices or powering systems in regions without electricity access.
• Camping and Outdoor Activities: Powering appliances, lighting, or electronic devices during trips.

Marine and Aviation

• Boats and Yachts: Charging batteries for navigation, lighting, and onboard systems.
• Drones: Enhancing flight duration by integrating lightweight solar technology.

Emergency and Military Use

• Disaster Response: Providing energy for communication systems, medical devices, and shelters in emergency zones.
• Military Operations: Ensuring reliable power for field operations in remote or challenging environments.

Commercial and Residential

• Mobile Homes (RVs): Powering systems while traveling.
• Construction Sites: Running tools and equipment in off-grid locations.

Wearables and Small Electronics

• Powering devices like wearables, sensors, or portable gadgets with consistent solar energy.

The versatility of MIPV technology ensures its applicability across industries, making it a key driver for sustainable and independent energy solutions.

Mobile Integrated Photovoltaic technical solutions are ideal for mounting on the following vehicles:

• Trucks
• Trailers and semi-trailers
• Buses
• Carriers (delivery and assembly vehicles)
• Emergency vehicles
• Campers and caravans
• Refrigerated trailers
• Stationary installations (containers, crew wagons and lighting installations)

MIPV technology is a sustainable solution to reduce diesel consumption and thus CO2 emissions. The fact that this solution also saves the battery is an additional advantage.

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