Innovative photovoltaic panels for logistics
Architecture of the Future
Easy force of nature for modern construction and mobility
Natural Green Energy it is a distributor and technology partner of the company Midsummer - Swedish manufacturer of ultralight and flexible photovoltaic panels CIGS. Our mission is to unite green technologies, scandinavian design i maximum energy efficiency - for the benefit of people and the planet.
Ultra-light modules (approx. 2.8-2.9 kg / m2) can be installed without drilling or ballast-ideal for low-load roofs, facades and mobile solutions. They work particularly well where classic silicon modules are too heavy or too invasive.
25 lat gwarancji produktowej
63% recycled materials
Ślad węglowy: 6 g CO₂/kWh
Ogniwa CIGS bez kadmu
Produkcja EU
98% możliwości recyklingu
Easy force of nature for modern construction and mobility
Natural Green Energy it is a distributor and technology partner of the company Midsummer - Swedish manufacturer of ultralight and flexible photovoltaic panels CIGS. Our mission is to unite green technologies, scandinavian design i maximum energy efficiency - for the benefit of people and the planet.
Ultra-light modules (approx. 2.8-2.9 kg / m2) can be installed without drilling or ballast-ideal for low-load roofs, facades and mobile solutions. They work particularly well where classic silicon modules are too heavy or too invasive.
Where does CIGS work?
Low-load roofs
Houses, halls, warehouses
Mobility
Motorhomes, buses, transport
Off‑grid
Cottages, land plot, containers
Business and ESG
Projekty BREEAM, LEED, CSRD
Applications of CIGS technology
Ultralight, flexible and manufactured in Europe, CIGS panels open up new possibilities in construction, agriculture, transport, off-grid applications, and for the military and specialist services.
Houses, halls and tiny houses
Lightweight solar roofs for modern construction
- Instalacje na dachach o niskiej nośności: papowych, blaszanych, membranowych.
- Brak balastu i ingerencji w konstrukcję dachu – tylko kilka kg/m².
- Wysoka efektywność przy rozproszonym świetle – idealne dla Polski i Skandynawii.
- Estetyczne, ciemne wykończenie pasujące do nowoczesnej architektury.
Agricultural industry
Energy from shed roof, pigsty and feed storage
- Installation on large, light roofs of outbuildings.
- Resistance to dirt and partial shading.
- Ability to work with energy storage devices and irrigation systems.
- Real reduction of electricity costs in agriculture.
Transport: trucks, buses, fleet
Catering for vehicles on the move and in the parking lot
- Power supply for refrigerators, parking air conditioning, on-board electronics.
- Reduced operation of units and idling of the engine.
- Reduce fuel costs and co₂ emissions in daily operation.
- Ideal for fleets, transport companies and tourist buses.
Camping, vanlife, off‑grid
Freedom to travel with your own energy
- The panels are suitable for roofs of mobile homes, minibuses and caravans.
- Charging energy storage devices, refrigerators, lighting, and electronics.
- A quiet, emission-free alternative to a generator set.
- Ideal for cottages and small off-grid properties.
Infrastructure and technical systems
Power supply where there is no network
- Telecommunication masts, monitoring, measuring stations.
- Powering energy storage devices and emergency systems.
- Easy assembly on light structures and technical containers.
- A stable source of energy in harsh environments.
Military, services and rescuers
Mobile power systems in the field
- Catering for mobile command centers and operational containers.
- Rapid deployment in the field - without heavy equipment.
- Lower thermal signature and no glass glare.
- Support for drone power, communications, and medical systems.
CIGS technology
CIGS (Copper, Indium, Gallium, Selenium) is an advanced thin-film technology that enables high efficiency modules with very low weight and flexible design. Ideal for low-load roofs, facades, vehicles and light structures.
Wave
Flexible modules are suitable for arched roofs, trapezoidal sheet and mobile solutions.
Slim
Ultra-light flat CIGS module for low-load roofs, halls, warehouses and large roof areas.
Bold
The module is optimized for high power per square meter-for projects where performance and aesthetics are important.
How does it work?
- The CIGS active layer is applied to a lightweight metal substrate – without glass or thick frames.
- Thanks to the thin-film structure, the modules are flexible and resistant to micro-cracks.
- Very good performance in diffused light and high ambient temperatures.
- Lower material footprint – fewer raw materials and a lower total system weight.
Advantages of CIGS technology
- Weight approx. 2.8-2.9 kg/m² instead of 20-25 kg/m² in classic silicon modules.
- No glass and large aluminum frames - smaller carbon and transport footprint.
- Good operation with partial shade and diffused light.
- CIGS cells without cadmium, with a high percentage of recycled materials.
CIGS
- Ultralight construction (approx. 2.8–2.9 kg/m²).
- Installation without ballast or drilling in most glued solutions.
- Flexibility and resistance to micro-cracks.
- Very good yield in diffused light.
CIGS
- Ultralight construction (approx. 2.8–2.9 kg/m²).
- Installation without ballast or drilling in most glued solutions.
- Flexibility and resistance to micro-cracks.
- Very good yield in diffused light.
Solutions for businesses and developers
Natural Green Energy supports companies, developers, and commercial property owners in solar roof projects that combine energy efficiency, construction safety, and ESG reporting requirements.
Value for BREEAM / LEED projects
- Points for renewable energy sources at the facility.
- Reduced grid power consumption and CO₂ emissions.
- Aesthetic integration with modern architecture.
Design safety
- Ultra-light weight of the system-minimal load on the roof.
- Solution for workshops, warehouses and roofs with limited load capacity.
- Less risk of interference with the roof.
ESG, CSRD and Carbon footprint
- Low carbon footprint of the entire module lifecycle.
- A high proportion of recycled materials and the possibility of recycling up to 98%.
- Support for Scope 1-3 reporting and green energy for csrd.
