Photovoltaic Solutions for Commercial & Industrial Applications
We transform rooftops, façades and commercial spaces into intelligent energy infrastructure.
Transforming passive surfaces into energy assets
Rooftops, façades and commercial spaces transformed into an intelligent energy ecosystem that integrates power generation, energy storage and electric mobility.
Energy is no longer an external resource—it becomes an integral part of your business infrastructure.
- Greater energy independence
- Lower energy costs and emissions
- Future-ready infrastructure
- Seamless integration with daily operations
Every asset requires a different energy strategy
Not every surface offers the same energy opportunities.
That’s why we develop tailored solutions for every environment, combining power generation, architecture and electric mobility within a single energy strategy.
Rooftop PV
Transform industrial and commercial rooftops into energy assets that reduce operating costs, increase grid independence and accelerate your company’s energy transition.
BIPV
Integrate photovoltaic generation directly into the building envelope through solutions that combine energy performance, architectural design and construction functionality.
EV Charging & Smart Parking
Transform parking areas into energy infrastructure capable of generating electricity while supporting integrated electric mobility.
Energy infrastructure designed for real-world business operations
Every photovoltaic project begins with understanding how an industrial facility consumes energy, operates and evolves. We design energy systems that integrate seamlessly into day-to-day operations, optimising power generation, energy consumption, electric mobility and future scalability.
That’s why we combine energy analysis, technology integration and specialised project delivery to develop photovoltaic solutions tailored to every C&I environment.
01 ENERGY ANALYSIS
We analyse each company’s energy consumption profile, available surfaces and energy objectives to identify opportunities for industrial self-consumption, energy efficiency and distributed generation.
- Industrial self-consumption
- Energy efficiency
- Business energy consumption
- C&I infrastructure
02 DESIGN & INTEGRATION
We turn the analysis into a tailored energy strategy for each asset, defining the optimal solution for photovoltaic rooftops, building-integrated photovoltaics (BIPV), smart parking or electric mobility.
- Photovoltaic rooftops
- Solar rooftops
- BIPV
- Energy integration
03 DEPLOYMENT
We manage the project from engineering through commissioning, coordinating every stage to ensure efficient, safe execution fully aligned with the client’s operations.
- Industrial photovoltaic installation
- Energy solutions for businesses
- Photovoltaic engineering
04 OPERATION & OPTIMISATION
We monitor the performance of the energy infrastructure and support its long-term evolution through specialised maintenance, continuous optimisation and the integration of new capabilities such as battery energy storage systems (BESS).
- Photovoltaic maintenance
- Energy monitoring
- Industrial BESS
- Energy management
Turnkey delivery
Operation & Maintenance
Engineering & Consulting
A single partner throughout your entire energy lifecycle
Rooftops transformed into energy infrastructure
Industrial and commercial rooftops represent one of the greatest opportunities to generate energy directly at the point of consumption.
Photovoltaic solutions for businesses make it possible to maximise existing roof space, reduce energy costs, increase grid independence and implement industrial self-consumption strategies tailored to each facility.
Beyond energy savings, these solutions improve competitiveness, enhance cost predictability and support the organisation’s long-term operational sustainability.
Every project is engineered around the structural, operational and energy requirements of each facility, ensuring seamless integration with day-to-day business activities.
On-site power generation
Energy is generated where it is consumed, improving overall system efficiency while reducing dependence on external energy sources.
Lower energy costs
Photovoltaic generation reduces electricity drawn from the grid and minimises exposure to energy price volatility.
Maximising existing roof space
Rooftops evolve from passive surfaces into long-term energy assets capable of delivering value for decades.
Greater energy resilience
A stronger energy strategy improves operational predictability while increasing energy autonomy and adaptability to future market and regulatory changes.
Energy becomes part of the building
Building-integrated photovoltaics (BIPV) incorporate renewable energy generation directly into the building envelope, combining energy performance, architectural design and construction functionality in a single solution.
Unlike conventional photovoltaic systems, BIPV solutions transform façades and architectural elements into active surfaces that generate electricity, enhance building performance and add long-term value to the project.
Each solution is tailored to the architectural, technical and energy requirements of the building, ensuring seamless integration with its identity and intended use.
Integrated renewable electricity generation
Design, identity and construction functionality
Integrated power generation
Electricity is generated directly through the building envelope, transforming the façade into an active energy infrastructure.
Architecture & functionality
Photovoltaic modules become part of the building system, combining architectural design and renewable energy generation within a single solution.
Distinctive architectural value
Active façades enhance a project’s identity, innovation and added value, reinforcing its positioning and architectural character.
Solar control & comfort
Photovoltaic integration improves the building’s thermal and daylight performance, creating a more comfortable indoor environment.
Overall energy efficiency
Integrated power generation reduces electricity drawn from the grid while improving the building’s overall energy performance.
Powering the future of mobility
Transport electrification is transforming the way organisations manage their facilities, vehicle fleets and corporate infrastructure.
EV Charging & Smart Parking solutions integrate smart charging, photovoltaic generation and energy management into a single connected ecosystem, ready to meet today’s and tomorrow’s electric mobility needs.
Far beyond installing charging stations, these spaces become intelligent energy infrastructures capable of generating, managing and using energy efficiently within the business environment.
Every project is designed around the facility’s energy profile, mobility patterns and operational objectives.
Power generation, energy storage and energy management fully integrated into the infrastructure.
Smart charging solutions for corporate vehicles, employees, customers and electric fleets.
Smart charging
Charging systems dynamically manage the available power to optimise energy consumption and prevent overloads.
Maximising existing parking areas
Corporate parking facilities can evolve into energy infrastructures that create additional value through photovoltaic generation and electric mobility.
Integration with photovoltaic generation
Locally generated electricity can be used directly to charge electric vehicles, increasing self-consumption while reducing grid dependency.
Ready for electric fleets
The infrastructure is designed to support the continued growth of electric mobility and the progressive electrification of corporate and operational fleets.
Connected energy management
Coordinating generation, consumption, charging and energy storage maximises the overall performance of the installation.
From generating energy to managing it intelligently
Photovoltaic systems reach their full potential when generation, storage and consumption operate as one integrated energy system.
Integrating battery energy storage systems (BESS) increases self-consumption, optimises energy management and provides greater operational flexibility.
