Integrated energy solutions, tailored to the challenge.
We design integrated energy systems around each project’s specific requirements, combining generation, storage, electrification, thermal energy and renewable fuels into the right overall solution.
Integrated energy solutions, tailored to the challenge.
We design integrated energy systems around each project’s specific requirements — combining generation, storage, electrification, thermal energy and renewable fuels into the right overall solution.
Combining energy solutions to unlock new possibilities.
Wherever possible, we prioritise direct electrification. Where electrification reaches technical or economic limits, thermal systems, storage and renewable fuels complement the energy system.
Direct electrification & thermal energy
Electrification is the most efficient and cost-effective way forward for the energy transition. What can be electrified, will be electrified.
Our focus areas include Solar and Wind for generation, Heat pumps including High-temperature variants for space-heating and process-heat in industries, Batteries for storage, and Charging stations for mobility.
Our solutions complement electrification with seasonal thermal energy storage technologies for maximum autarkie.
RENEWABLE
GENERATION
Solar & Wind
ENERGY
STORAGE
Battery Systems
ELECTRIFICATION & HEAT
Heat Pumps
(High Temperature)
APPLICATION
Industry,
Buildings & Mobility
Renewable & biogenic fuels
Biomass is an essential resource to defossilize applications, that will be practically difficult to electrify.
Our concepts and solutions for shipping, aviation and chemical industries rely on the efficient and cost-effective utilisation of biomass.
SUSTAINABLE
BIOMASS
Agricultural & Forestry Residues
ENERGY
STORAGE
Thermal / Biochemical Conversion
ELECTRIFICATION & HEAT
Electricity & Heat
APPLICATION
Shipping, Aviation & Chemical Industries
Typical use cases
Tailored solutions for the world's most demanding energy infrastructure needs.
Data Centers
Challenge:
High power demand, grid limitations and reliability requirements.
Solution:
Integrated on-site generation and storage with intelligent load management.
Outcome:
High supply security and reduced grid dependency.
Building energy autonomy
Challenge:
Rising energy costs and limited grid capacity.
Solution:
Sector-coupled building energy systems with storage and smart control.
Outcome:
High self-consumption and improved resilience.
Industrial process heat
Challenge:
Decarbonisation of high-temperature heat with stable operation.
Solution:
Electrification using heat pumps, thermal storage and renewable energy.
Outcome:
Reduced emissions and long-term cost stability.
Renewable fuels
Challenge:
Limited options for decarbonising specific sectors.
Solution:
Modular production of renewable fuels based on hydrogen and biogenic inputs.
Outcome:
Reduced fossil dependency and scalable solutions
Whether optimising an existing facility or developing a new project, let’s define the right path forward.
