To address rising energy costs and the demand for dependable residential power, the household deployed an advanced home energy system. The installation comprises a 20 kW solar PV array combined with a 32 kWh battery storage solution, specifically designed for a large residence. By achieving more than 65% solar self-consumption, the system substantially lowers reliance
In response to rising energy costs and the growing need for reliable residential power, the household implemented a high-performance home energy system. The installation features a 40 kW solar PV array paired with a 48 kWh battery storage solution, tailored for a large home. Achieving over 65% solar self-consumption, the system significantly reduces grid dependence
A standalone energy project near Sofia was designed and implemented to operate fully in an off-grid environment. The system is centered around a photovoltaic installation that continuously charges a battery storage system, providing reliable power independent of the utility grid. Intelligent energy management prioritizes solar generation, optimizes battery charging cycles, and balances loads to maximize
Amid rising electricity costs and growing demand for reliable home energy, the House of Huber adopted a future-ready solution: increasing solar self-consumption to over 75%, significantly reducing grid dependence, and establishing a scalable home energy system designed to support EV charging and future expansions. The PV installation is 10kW with a 16kWh battery pack.
Energy Service successfully delivered and commissioned a 1 MW rooftop-mounted photovoltaic system integrated with a battery energy storage system (BESS) totaling 1.2 MWh. The solution utilizes high-efficiency string inverters alongside six battery cabinets, each with a capacity of 216 kWh, forming a robust and scalable energy platform. Designed primarily for on-site self-consumption, the system operates
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Energy Service delivered and commissioned a 300 kW ground-mounted PV system. The integrated solution features four string inverters and a mixed array layout with east–west and south-facing orientations, optimizing energy production throughout the day.
Energy Service delivered an end-to-end rooftop photovoltaic project, covering system engineering, detailed design, installation, and final commissioning. The PV system was deployed on an industrial facility and optimized for on-site self-consumption, enabling the client to substantially reduce electricity costs and dependence on the grid. Excess energy is exported, generating additional revenue and maximizing the return
Contributed to the construction and commissioning of a 700 kW rooftop photovoltaic installation on an industrial facility. The grid-connected system was designed for on-site self-consumption, with surplus energy exported to the grid.
Energy Service successfully completed the full project lifecycle for a 1.4 MW rooftop-mounted photovoltaic installation, including detailed project documentation, system design, and final commissioning. The system was deployed on the roof of an industrial facility and engineered primarily for on-site self-consumption, helping the client significantly reduce electricity costs and reliance on the grid. Surplus energy
