Arbell Energy
Arbell Energy delivers next-generation transparent solar films that turn any surface into clean, constant power
About Us
Arbell Energy is a deep-tech renewable energy company developing one of the world’s most efficient next-generation solar technologies. Leveraging proprietary Quantum Dot architecture and Multiple Exciton Generation (MEG), our solution breaks the physical efficiency limits of conventional silicon-based solar cells. Printed using low-cost “solar inks,” our ultra-lightweight, flexible, and highly transparent solar films dramatically improve the unit economics of existing solar farms while seamlessly integrating into buildings, agriculture, and mobility applications to unlock ubiquitous renewable power.
Arbell’s technology is engineered to deliver up to three times the conversion efficiency of conventional panels, establishing a new frontier in solar power performance.
Beyond this breakthrough in efficiency, Arbell’s ultra-thin, lightweight, and flexible solar films enable deployment on surfaces where traditional panels cannot operate – including building facades, glass structures, agricultural installations, and mobile infrastructure. The company’s transparent solar solution also unlocks a fast-growing retrofit market by restoring lost capacity in aging solar farms without replacing existing infrastructure.
Validated by Europe’s leading independent applied science research organization (TNO) and backed by strategic industry partners, Arbell is on a mission to accelerate global decarbonization by delivering more power, at lower cost, across more surfaces than ever before
Relevant Challenges
Energy Production
Reducing carbon emissions through clean and renewable energy generation and increased efficiency.
Operational Systems
Low carbon and improved efficiency technologies for heating, cooling, ventilation, refrigeration, and lighting.
Electrification
New generation batteries with improved energy density and lifespan, advancing electric propulsion technologies for medium and heavy-duty vehicles and improving braking energy recovery. Facilitation of charging infrastructure.
Capture
Innovative materials and energy efficient methods for carbon and GHG’s capture with high selectivity and high conversion, also at atmospheric concentrations and across earth systems (air, land and ocean).
Resource Transparency
Connecting between economic as well as civic players. Tracer technologies (physical, digital or biological) that allow to identify a product and capture, store, share and analyze data throughout its lifecycle, enabling trading, industrial symbiosis, recycling and in general, exchange of data between stakeholders leading to material valorization.
Resource Efficiency
Optimization of operating parameters and implementation of predictive maintenance leading to reduced use of energy, water, fluids and materials, elimination of waste that results from overproduction, overprocessing and defects, product design to increase manufacturing efficiency.
Low Emission Enablers
Materials that their incorporation into products facilitates lower operational emissions (e.g. lightweight composites and novel catalysts) or material efficiency (i.e. enabling a lesser amount of material to be used whilst retaining the same function, such as a reinforcement material).
Reduce Emissions
Reducing GHG emissions from equipment, crops, and livestock.
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