Webinar: Why is a active cooling the better technology for PV inverters?
Keeping up-to-date: all life long
Keeping up-to-date: all life long
Cost efficiency is a particularly important factor for commercial systems. The success of the investment is judged on far more than the total purchase price alone; the ongoing operating costs over the service life of the system are also important.
For the operator of this megawatt system, the decision to opt for Fronius was easy: free remote updates for the various devices keep the system up-to-date without adding to the overall investment costs. When planning the installation, Fronius Service Partner Plus Shtigen LLC selected Fronius Eco inverters with their standard package of built-in communication functions.
The Fronius Eco also has another trick up its sleeve when it comes to the extremely high temperatures that can occur in Armenia: thanks to Active Cooling Technology, Fronius inverters are maintenance-free which provides enormous costs savings over the entire lifetime of the system.
Systems with Active Cooling achieve a 15% higher yield! |
Less costs: active cooling is usually maintenance free.
Low weight: inverters with active cooling have a lower weight.
Longer life span: longer life span of power electronics due to lower temperatures of inverter components.
More yield: inverters have a better derating behaviour as the cooling effect is much stronger. The yield improves.
Flexibility: inverters with active cooling can even be mounted flat (on a roof). Inverters with passive cooling can be mounted 90° vertically only.
Size of installation | 1 MW |
System type | Field installation |
Inverters | 37 Fronius Eco 27.0-3-S |
Annual yield | 1.600 MWh |
Special features | 100% self-consumption Active Cooling Technology |
Our solution:
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