We combine advanced technical know-how with precision construction to bring complex energy systems to life.
We deliver end-to-end photovoltaic solutions tailored for commercial and industrial applications. Our team manages every phase-from engineering and permitting to construction and grid integration-ensuring reliable energy output and long-term operational efficiency.
With a focus on high-performance components and precision installation, we help businesses reduce energy costs and transition to sustainable power generation.
We design and implement scalable EV charging infrastructure that supports both current mobility needs and future expansion. Our solutions include intelligent load management, real-time monitoring, and integration with renewable energy systems.
From single-site installations to large fleet depots, we provide robust and secure charging networks that enable efficient and cost-effective electric mobility.
Our expertise covers the full spectrum of heating and energy management technologies, including CHP units, heat pumps, and advanced control systems. We integrate these components into seamless, automated energy solutions that improve building efficiency and reduce carbon emissions.
By combining smart monitoring with optimized system performance, we deliver reliable and sustainable heating solutions for modern facilities.
Our monitoring and controlling solutions boost efficiency with real‑time data and automated performance optimization. We handle system maintenance and billing, so property owners enjoy seamless operation without added stress.
Transparency, by providing clear insights into gas, electricity, and heating usage, along with costs, and delivering peace of mind and empowering smarter energy decisions.
PV System: 420 kWp (Phase I)
CHP Systems: 500 kWe capacity with micro gas turbines (Phase II)
EV Charging: 22 stations currently operational, load-managed by a 250 kWA system, with expansion to 100 stations
Storage: Battery system under design for full charging support. Total area: 62,000 m²
The microgrid is designed to operate with high resilience and optimized energy flows across all technologies.
PV System: 197 kWp rooftop installation
CHP: Two Capstone micro gas turbines (100 kWe each), with preparation for two additional systems
Heating: Modern gas boiler cascade (1.8 MW) replacing outdated oil boilers
EV Charging: 10 stations with load management system. Total area: 27,000 m²
PV System: 420 kWp (Phase I)
CHP Systems: 500 kWe capacity with micro gas turbines (Phase II)
EV Charging: 22 stations currently operational, load-managed by a 250 kWA system, with expansion to 100 stations
Storage: Battery system under design for full charging support. Total area: 62,000 m²
Advanced digital controls provide real-time monitoring and predictive management of generation and demand.