True independence arises only through the perfect interaction of all components. A PV system alone is just the beginning. With our system modeling, you simulate the dynamic behavior of generators, storage units, and consumers to optimally design your overall system and realistically calculate your self-sufficiency rate.
Our system modeling expands pure yield calculation to include the consumption side. Integrate battery storage, heat pumps, air conditioners, or individual load profiles into the simulation. The result is a detailed 15-minute energy balance over an entire year, showing you exactly how your system interacts.
Find the perfect balance. Our simulation shows you how you can minimize your dependency on the power grid by finding the right combination of PV output and storage size, achieving a realistic, maximum self-sufficiency rate.
Is the storage too large or the PV system too small? Avoid costly planning mistakes by trying out different system sizes. Optimize the sizing of all components for maximum profitability and efficiency.
Consider electricity and heat as a unified system. Our simulation takes into account the influence of outdoor temperature on your heat pump and shows how you can optimally use solar generation for heating supply.
A realistic self-sufficiency rate depends on realistic modeling. That’s why we precisely replicate the physical behavior of your system components.