geko
Regolatore di tensione per inverter foto voltaici residenziali
All advantages
- It always supplies the inverter with the right voltage, even when the input voltage is variable.
- Geko protects inverters from external overvoltages, which avoids annoying breakdowns and expensive repairs.
- Geko allows the inverter to operate in any input voltage situation (a feature that makes it unique in the industry). In fact, its wide range (187-260V) ensures that the system’s output is always continuous and uninterrupted. Always achieving the highest possible output.
- The installation of Geko is minimally invasive, in fact, it is installed downstream of the two-way meter. (list)
*The Geko device has a 2-year warranty with the possibility of extension
Technical characteristics
| Rated input voltage | 187 – 260 V |
| Nominal frequency | 49÷51Hz |
| Output voltage | 235÷242V |
| Load variation from | 0% to 100% |
| Load power factor | Not decisive |
| Output waveform | sinusoidal |
| Efficiency at full load | 98% |
| Ambient working temperature | -25°C ÷ +45°C |
| Cooling | Natural circulation |
| Relative humidity | ≤95% |
| Degree of protection enclosure | IP44 |
The geko range is divided into two categories:
1.
Single-phase
da 5 kVA to 7 kVA
2.
Three-phase
da 12 Kva to 25 kVA
FAQ
Choosing the sun’s energy for your home’s energy needs is a sustainable choice that helps reduce emissions of CO2 and other air pollutants. Here are the main questions and answers for those who want to switch to an alternative and environmentally friendly energy source.
Photovoltaics is a technology that converts the sun’s energy, i.e. a clean and 100% renewable energy source, into electricity to be used to meet all or part of one’s energy needs.
Certainly, if there is enough space. The modules of a photovoltaic system can be installed on the roof of the building, but also on the terrace or balcony, on a house façade or on the ground.
In the case of self-consumption, i.e. a system that manages to completely satisfy the energy needs of a house, we are talking about 100% savings.
The unit of measurement is the KW/p, the peak kilowatt, i.e. the maximum power the panels can achieve in absorbing solar radiation, i.e. under optimal conditions and in a situation of maximum thermal efficiency.
