Benefits
Excellent example of a formal relationship between a farmer wishing to make the roof of one of his hangars available to create photovoltaic energy and a private company wishing to exploit it. Yellowprint in this project of approximately 450 m2, ensured that the requirements of the farmer were met (100% European technology, compensation for the roof space, non-interference with the daily activity, obtaining the necessary approvals, etc.).
| Hangar agricole | ||
| Place | Municipality of Bernex | |
| Estimated electricity production | 105'000 kWh per year | |
| Coverage | 700 sqm | |
| Photovoltaic power of solar panels | 100 kWp | |
| CO2 emissions avoided | 10 tons per year | |
| Solar panel | Isofoton | |
| Number of solar panels | 440 | |
| Time of energetic return (panels) | 3 years | |
| Inverters | Refusol |
This photovoltaïc power plant that has been implemented on the roof of the sports center of Laconnex. Thanks to a special fixation system that links all the panels, the weight on the roof has been reduced drastically.
| Sports center of Laconnex | ||
| Place | Municipality of Laconnex | |
| Date of first kWh produced | 18.09.2012 | |
| Estimated electricity production | 65'020 kWh per year | |
| Coverage | 388 sqm | |
| Photovoltaic power of solar panels | 58.5 kWp | |
| CO2 emissions avoided | 31 tons per year | |
| Solar panel | Isofoton 250W (EU) | |
| Number of solar panels | 234 | |
| Time of energetic return (panels) | 3 years | |
| 3 inverter | Siemens |
This solar plant has been implemented on a building that was refurbished and newly insulated in the village of Confignon. This example illustrates the perfect harmony that can be achieved with photovoltaic and thermic pannels on the same roof.
| 8-10 place de l'église | ||
| Place | Municipality of Confignon | |
| Date of first kWh produced | 11.09.2012 | |
| Estimated electricity production | 11'819 kWh per year | |
| Coverage | 68 sqm | |
| Photovoltaic power of solar panels | 169.3 kWp | |
| CO2 emissions avoided | 5 tons per year | |
| Solar panel | Solaria 250W | |
| Number of solar panels | 40 | |
| Time of energetic return (panels) | 3 years | |
| 1 inverter | Refusol 10 kW |
This solar plant of 1057 m2, which produces 169,000 kWh/year, is an example of an original and collective investment. A small, three-person company organized by Yellowprint built the solar power plant on the roof of the stables rented to the La Chaumaz equestrian centre. This solution shows that anyone, even those who don't own a roof themselves, can participate in the realization of a solar power plant by delegating the entire project to Yellowprint - including post-installation services.
| "La Chaumaz" | ||
| Place | Municipality of Russin | |
| Estimated electricity production | 162'500 kWh per year | |
| Coverage | 1057 sqm | |
| Photovoltaic power of solar panels | 169.3 kWp | |
| CO2 emissions avoided | 77 tons per year | |
| Solar panel | CEEG SST 260-60M | |
| Number of solar panels | 651 | |
| Time of energetic return (panels) | 3 years | |
| 1 inverter | LTI PVmaster II 175 |
The photovoltaïc power plant that has been implemented on the roof of the "Domaine du Paradis" of Satigny allows them not only to produce an exquisite wine but also create a great amount of solar energy.
| Domaine du Paradis | ||
| Place | Municipality of Satigny | |
| Date of first kWh produced | 28.11.2012 | |
| Estimated electricity production | 60'384 kWh per year | |
| Coverage | 351 sqm | |
| Photovoltaic power of solar panels | 56.2 kWp | |
| CO2 emissions avoided | 29 tons per year | |
| Solar panel | CSUN 260W | |
| Number of solar panels | 208 | |
| Time of energetic return (panels) | 3 years | |
| 4 inverter | Refusol 15 kW |