7 Reasons why MIPV CIGS best technology for Marine, Leisure and Commercial Fleet vehicles 

Whether its Winter, Autumn, Spring or Summer, you want the best performance out of your solar array, below are 7 reasons why MIPV CIGS technology is the best on the market.

 CIGS solar panels are lightweight, making them the perfect choice for vehicles applications where performance and weight is a critical factor. Weighing less than 3kg per square meter, CIGS panels add minimal additional load to the vehicle with no drag, which is crucial for maintaining fuel efficiency.

CIGS solar panels have a higher VOC compared to other solar technologies, which allows them to generate electricity at lower light levels and provide a more consistent charge state throughout the day. This characteristic is especially advantageous for both vehicle and marine applications, where panels may often be in partially shaded or low-light conditions. Whether on a vehicle parked under trees or a boat navigating through cloudy weather, CIGS panels ensure reliable power generation.

CIGS solar panels feature multiple bypass diodes, with one for every pair of cells, enhancing efficiency, safety, and overall energy production. This makes the panels more reliable and ensures better performance in shaded applications. Additionally, the bypass diodes protect the panels from damage to the physical structure, maintaining functionality even if the panel is partially damaged. This is particularly beneficial for both vehicle and marine applications, where shading and potential physical impacts are common concerns.

CIGS solar panels are designed for enhanced durability by avoiding the use of solder or silicone for interconnections. This reduces the risk of failure due to vibrations and movement, making them exceptionally reliable in the dynamic environments of both vehicle and marine applications. Whether facing the bumps and jolts of the road or the constant motion of the sea, CIGS panels maintain their integrity and performance.

CIGS panels do not use glass or silicone in their construction, which means they are less prone to microfractures or hotspots. These issues can plague more traditional solar panels, making CIGS a more robust option for vehicles

Incorporating an ETFE (Ethylene Tetrafluoroethylene) layer can significantly enhance the operational efficiency and longevity of CIGS solar panels. ETFE is a durable, lightweight, and transparent material that protects the panels from environmental factors while allowing sunlight to pass through. This feature ensures that the panels remain operational and efficient over time, making them an excellent choice for both vehicle and marine applications.

CIGS solar panels can be mounted directly onto the roofs of both marine and leisure vehicles, offering several advantages. This self adhesive mounting method eliminates the need for additional structures to raise the panels, reducing weight and aerodynamic drag. It also enhances heat dissipation due to increased airflow around the panels. This is crucial for maintaining the performance and efficiency of the vehicle, particularly for electric vehicles and boats, where excess heat can reduce battery life and overall performance.