SOLAR PV SYSTEM
for companies, municipalities and depots
Generate Your Own Power. Charge for Less.
What solar PV delivers
01.
Lower electricity bills
Solar PV generates electricity right where you use it—at your home, business site, or municipal building. In practice, this means that during the day you cover part (often most) of your consumption with your own energy and reduce the amount you draw from the grid, which is typically the most expensive. With properly sized capacity and well-managed consumption, savings show up immediately—especially in operations with daytime demand (offices, workshops, schools, sports facilities).
02.
Greater energy independence
With solar PV, you have control over where your energy comes from. When combined with battery storage, you can store the energy you produce and use it even when the sun isn’t shining—at night, in the morning, or during peak operation. The result is greater resilience to electricity price changes, better cost predictability, and less dependence on supplier terms.
03.
More predictable costs for your company / operation
For businesses and local authorities, predictability is key. Solar PV reduces energy cost volatility and enables better controlling and cash-flow planning. Because you cover part of your consumption with your own generation, market price fluctuations have less impact on you. For larger sites, you can also address peak demand reduction (peak shaving), which can improve the overall energy profile of the operation.
04.
Monitoring and consumption optimalisation
Modern PV systems provide clear real-time data: how much you generate, how much you consume, how much you feed into the grid, and what the cost impact is. This enables not only control, but continuous improvement—you can set consumption modes (e.g., running technologies during the day), optimise performance, and plan system expansion or adding a battery. For businesses and municipalities, this is also important for reporting and energy management.
05.
Sustainability and a modern image
Solar PV is a visible and easy-to-understand step toward sustainability. For cities and municipalities, it delivers tangible environmental benefits while sending a positive signal to residents. For companies, it’s a competitive advantage—improving ESG profile, reputation, and attractiveness for both customers and employees. Beyond the ecological impact, it’s also an infrastructure upgrade that increases the value of the property and prepares it for future energy requirements.
Our solution portfolio
Solar energy storage system
Hybrid Solar Energy Storage Systems with PV Integration
Our hybrid solar energy storage systems utilize high-efficiency photovoltaic panels to capture solar energy, which is then stored in advanced battery units. Featuring integrated inverters that convert DC to AC power, these systems are highly versatile—performing exceptionally well even in challenging or remote locations, such as mountain regions where grid access is unavailable. Thanks to their plug-and-play design, intuitive operation, and silent, zero-emission performance, they represent the ultimate eco-friendly energy solution.
Top 5 Key Benefits:
-
maximize Self - consumption Store excess solar energy generated during the day and use it in the evening or morning. This significantly reduces your reliance on the public grid.
-
lower Electricity Bills By utilizing more of your own generated power, you drastically cut down on energy purchases from utility providers at market rates.
-
reliable Emergency Backup In the event of a grid failure, a properly configured battery system keeps your critical circuits running, ensuring uninterrupted power.
-
peak Demand Reduction (Peak Shaving) The battery helps cover short-term power spikes, stabilizing your overall consumption and optimizing your connection’s reserved capacity.
-
optimized EV Charging Perfectly balance your energy production with your vehicle's charging needs. Power your EV with more of your own clean energy while minimizing stress on the grid.
Container energy storage system
Containerized Battery Energy Storage Systems (BESS)
Our containerized BESS represents a modular, industrial-scale solution for high-capacity energy storage. Delivered as a fully integrated turnkey unit, each container houses the entire ecosystem: high-density batteries, power conversion systems (PCS/inverters), energy management systems (EMS), protection circuitry, and advanced thermal management and safety features. For the customer, this means rapid deployment without the need for complex, time-consuming on-site component assembly.
This solution is ideal for applications where cost reduction, consumption stabilization, and energy security are paramount. It is perfectly suited for industrial parks, logistics centers, high-power charging hubs, and municipalities—protecting critical infrastructure and public facilities while maximizing the efficiency of onsite renewables like solar PV.
Top 5 Key Benefits:
-
Peak Shaving & Demand Management The system automatically covers short-term power spikes, reducing maximum demand from the distribution grid. This allows you to optimize costs associated with reserved capacity and peak-load surcharges.
-
Tariff Optimization & Load Shifting Lower your operational expenses by charging the batteries during off-peak hours (or via your own solar production) and discharging during expensive peak periods. The result is a more predictable and stable energy budget.
-
Enhanced Energy Security & Backup Power When properly configured, the BESS provides a reliable backup power source for mission-critical technologies or entire facilities, significantly increasing operational resilience against grid failures and outages.
-
Maximizing Solar PV & Renewable ROI Capture excess solar energy that would otherwise be fed back into the grid for low compensation. By increasing your self-consumption, you improve the ROI of your renewable assets and significantly lower your carbon footprint.
-
Rapid Deployment & Scalability Designed as a "plug-and-play" solution, installation is fast and minimally invasive. The modular architecture allows the system to scale seamlessly as your energy consumption, production, or charging requirements grow.