SOLVERA LYNX
ENERGY STORAGE SYSTEM
Battery energy storage systems are becoming the key to energy independence, lower costs, and higher reliability.
Energy storage is an increasingly essential component of modern energy systems. It enables storing electricity generated from renewable sources (such as solar power plants) or purchased from the grid—and using it when it makes the most sense. Most often, this is during peak demand, outages, or periods of higher tariffs.
For companies, industrial facilities, large commercial buildings, and advanced communities, storage systems provide an effective strategy to reduce costs, increase energy independence, and ensure reliable power supply. In addition, they help prepare for the future of smart grids and dynamic energy markets.
BENEFITS OF ENERGY STORAGE SYSTEM
- Reduced energy costs – peak shaving and using electricity during lower-tariff periods.
- Greater energy self-sufficiency – using self-generated solar power regardless of grid availability.
- Reliable power supply – protection against outages and backup for critical systems.
- Optimization of existing infrastructure – less need for upgrades of connection capacity or transformers.
- Support for EV charging – more efficient and cost-effective charging of electric vehicles.
- Future readiness – integration into smart grids, flexibility, and demand aggregation.
WHERE ARE BATTERY ENERGY STORAGE SYSTEMS USED?
Battery storage is a versatile solution applied across various sectors—from industry to residential communities. Their shared purpose is to increase energy efficiency, reduce costs, and ensure greater reliability of supply.
INDUSTRY
LARGE COMMERCIAL BUILDINGS
PUBLIC INSTITUTIONS
RESIDENTIAL COMMUNITIES
HOW DOES ENERGY STORAGE WORK IN PRACTICE?
Battery storage systems are a cornerstone of the modern energy system, enabling efficient storage and use of electricity precisely when needed. Their role goes beyond storage—they provide flexibility, higher reliability of supply, and optimization of energy costs.
PEAK SHAVING
STORAGE OF SURPLUS SOLAR ENERGY
BACKUP POWEWR SUPPLY (UPS)
MICROGRIDS & OFF-GRID SYSTEMS
ELECTRIC VEHICLE CHARGING
SMART GRIDS & AGGREGATION
SUBSIDIES FOR BATTERY ENERGY STORAGE SYSTEMS
If you are considering investing in a battery storage system, non-refundable subsidies are available that can cover a large portion of the costs.
The maximum grant amounts to 45% of recognized eligible investment costs, but not more than EUR 225.00 per 1 kWh of storage capacity.
The subsidy may cover:
- Purchase, installation, and commissioning of the storage system
- Upgrades to electrical installations
- Integration with a solar power plant or existing grid
- Costs for documentation preparation and application submission
WHY IS A STORAGE SYSTEM THE RIGHT SOLUTION FOR YOU?
Every building, facility, or business process has its own specifics, which is why we believe in data-driven decisions. If you are considering an investment in a battery storage system, we prepare a non-binding analysis based on your actual data, which includes:
- A simulation of storage system operation
- Savings calculations
- Approximate ROI estimate
- Proposal of the optimal solution
Make decisions based on data!
WHY SOLVERA LYNX?
When choosing a battery storage system, you are not just choosing a device—you are choosing a partner who will help you find the right solution tailored to your needs, budget, and long-term energy strategy.
Our approach is based on the following key elements:
- Custom solutions adapted to your facility and operations
- Feasibility studies and ROI analyses
- Consulting and support in obtaining subsidies
- Financing options
Store energy when it’s available—use it when you need it most. Contact us and together we will find the solution that best fits your needs.
FREQUENTLY ASKED QUESTIONS
A battery energy storage system allows you to store surplus electricity—whether self-generated or purchased at lower prices—for later use. It works by storing energy when it is available (e.g., during midday solar production) and releasing it when demand or prices are highest. This helps optimize costs, increase energy independence, and ensure reliable power supply.
The price of a battery storage system depends on its size, capacity, battery type, and installation complexity. For businesses, the investment typically ranges from a few thousand to several tens of thousands of euros. A portion of the costs can be covered by non-refundable grants, as subsidies of up to 45% of eligible investment costs are available.
By using a battery storage system, you can significantly reduce electricity costs by consuming your own stored energy during periods of highest market prices. In addition to savings, you also increase energy independence and reduce the load on the grid. A storage system can also serve as backup power in case of outages.
Savings depend on the size of the storage system, electricity prices, and your consumption profile. On average, you can expect up to 30% lower electricity costs when using storage for peak shaving and storing surplus solar energy. With a simulation based on your actual data, we prepare a realistic ROI estimate.
Yes, a battery storage system is an excellent complement to a solar power plant. It allows you to store surplus solar energy generated during the day and use it in the evening or during grid outages. This increases self-sufficiency and reduces dependence on the grid.
The required size of a storage system is determined based on your actual electricity consumption, peak loads, and usage goals. We prepare a simulation to calculate the optimal size, expected savings, and return on investment, ensuring the solution is fully tailored to your needs.
The installation of a storage system includes planning, preparation of the necessary documentation, possible subsidy application, and professional assembly. Installation usually takes a few days, depending on the size and complexity of the facility. After installation, we provide commissioning, testing, and user training.