Our mission: to combine engineering precision with creative problem-solving for every client.
Solarlab brings together engineers, energy specialists, and project managers with experience across more than 300 MW of PV and 100 MWh of BESS capacity.
PV project participation
BESS project ongoing
pipeline
Selling energy generated during the day at peak hours ensures predictable profit.
Participate in the balancing and aFRR markets, where the role of energy storage is continuously growing.
Declining investment costs and rising efficiency make payback possible in just 5–7 years.
Smoother production and reduced reverse power improve dispatch reliability.
Large-scale storage contributes to a more flexible and reliable system.
Finding the optimal battery size is not a simple kWh question. Every solar park has unique production patterns, grid constraints, and revenue goals — all of which directly shape performance and ROI.
Traditional modelling often looks at only one or two variables, while real ROI depends on how degradation, inverter efficiency, C-rate limits, export rules, and market prices interact.
Too small means low savings; too large means weak ROI. Only an integrated model reveals the true optimal size.
Our proprietary, multi-dimensional model combines PV generation, battery behaviour, degradation, inverter/PCS efficiency, operational strategy, export limits, and market prices in one unified system.
It delivers clear, investment-grade sizing recommendations and multi-year ROI projections based on real operational conditions.
The result is a decision-support system that gives investors and engineers confidence in both the technical and financial viability of projects.
Our engineers invest significant effort into selecting the best technologies, thoroughly evaluating performance, safety, and long-term reliability. We only work with manufacturers whose systems consistently meet the technical and financial expectations of industrial and utility-scale solar projects.
Trusted by leading companies such as Gyermelyi, Kirchhoff, Aptiv, and Herendi — with operational systems ranging from industrial 1 MWh to multi-MW utility storage.
In these short videos our engineers explain the key technical considerations of industrial energy storage, using real project examples.
Request a professional consultation and discover your project’s full potential.
