Energy simulator
Discover the BioGS-1.0 solution
that's right for you
Preliminary system estimate
Find out how to make your home energy self-sufficient through an advanced simulation
based on your household's real consumption and your location's climate data.
- Number of BioGS-1.0 units
- Recommended photovoltaic power
- Optimal wind integration
- Thermal and electrical storage capacity
The simulator generates a detailed annual analysis with production, storage and consumption curves,
letting you evaluate the level of self-sufficiency achievable and the reduction in reliance on the grid.
The calculations are based on real climate data and energy models.
Results are a preliminary assessment and do not replace detailed technical design.
Your result is ready
Enter your email to see the estimated configuration and the production and consumption curves right away.
Your energy solution
Preliminary simulation, does not replace technical sizing
Electricity production and consumption
Heat production and consumption
Request a personalized technical simulation
Our team can identify the optimal system configuration through an analysis of the roof's exposure and available surface area, any site windiness, the building's electricity and heat demand, and existing installation constraints, working out the final, tailored sizing of the energy solution.
Request the technical simulationThe value of your waste: energy, biochar
Preliminary simulation, does not replace technical sizing
Your waste produces more pellet than you need: the surplus can be valorized, for example by reselling it to other KiRa Technology customers.
Your waste covers {pct}% of the BioGS-1.0's operating hours: for the remaining hours, purchased pellet is needed.
Electricity production and consumption
Heat production and consumption
Soil amendments: definition, benefits and application
Find out how biochar can become a soil amendment for your land and a carbon farming tool.
Read the articleRequest a personalized technical simulation
Our team can identify the optimal system configuration through an analysis of the roof's exposure and available surface area, any site windiness, the building's electricity and heat demand, and existing installation constraints, working out the final, tailored sizing of the energy solution.
Request the technical simulation