Types of installed PVPs

 
 
Photovoltaic power plants (PVP) are applied as GridFree (direct electricity consumption) or OffGrid (island power plants for direct consumption and storage of energy for later consumption).
 
 
 
 

What we can offer to you


1. Basic training

The training is designed for those who need to know more about Photovoltaics, how it works, what it consists of, where it can be applied, and so on.

The basic photovoltaic training is recommended to everyone who is serious about buying a PV plant. In order to not being deceived by anyone in the procurement, to know which components a PVP is composed of, and to be able to properly take care of it.


2. Advanced training

The advanced training follows the basic training, where you will be able to design the PV plant by yourself.

Design

In order for the PVP to function properly and for its return on investment and efficiency to be as good as possible, you need to have a properly designed project. It reflects all aspects of use, installation, selection of components, practices and energy balance.

INSTALLATION

We carry out and provide construction of photovoltaic power plants. The implementation includes all relevant assessments and documentation, including operation and maintenance instructions for the photovoltaic power plant.

INSPECTION

We provide inspection of both new and existing photovoltaic systems, including periodic inspection and testing.

Service and inspection

In addition to providing warranty and post-warranty maintenance of all PVP components, we also carry out regular inspection of the entire photovoltaic system including inspection of PV panels using a thermal camera and the strength of the structure supporting the photovoltaic panels, as well as inspection of parameters of individual elements of the photovoltaic power plant and cabling.

Cleaning

Every photovoltaic power plant needs its photovoltaic panels to be cleaned from time to time, to remove impurities, deposits, which may also be related to the location in certain localities, e.g. fields where various crops are grown and from which pollen can settle on panels and reduce the overall efficiency of the plant. - Such cleaning should not be carried out unprofessionally, as the panels may be damaged by loss of performance.

 
 

PVP design

 
 

The PVP design is literally alchemy In order for PVP to be efficient and its return as short as possible, many criteria need to be taken into account.
Even if we had two identical families with the same type of PVP on the same family house in the same location, the use, efficiency and return would never be the same. Why is it like that? The answer is in the habits of individual family members which is also one of the parameters to be taken into account. Or we can try to convince family members to change their habits in relation to the use of electricity-dependent devices, e.g. day or night washing. - -

 
 

Why to combine PV panel types

Due to the diversity of terrain segmentation and different lighting conditions in Europe, it is appropriate to combine PV panels. We should not rely on one type of panels if we want the PVP solution to be effective with the shortest payback period. Average annual energy gains per sqm of PV panel area is certainly important data, but number of sunny days, sunless days and energy gain in winter months are also important.
 
 

Used photovoltaic panels