Solar energy for electricity and heating

Discover a new experience of solar energy based on new air design of hybrid photovoltaic-thermal panels

We develop a novel, more efficient, renewable system (RES) to cover electricity and heating needs for residential and industrial uses.

INNOVATIVE AIR-BASED PVT PANEL

New design that generates heat and electricity in the same device.

MORE ENERGY AND LESS CO2 EMISSIONS

300% more energy than a conventional PV system and reduces CO2 emissions originated from residential uses.

SAVE MONEY AND SAVE THE PLANET

Enhanced energy generation & cost savings versus conventional PV installations.

Why PV-SolAir?

Discover the first commercial 72-cell PV/T air hybrid panel with an electrical output of 385 watt peak and a thermal production of 850 watt thermal under standard conditions.

A single PVT module generates heat and electricity simultaneously. This significantly reduces the catchment area required to produce a specified amount of energy as compared to traditional installations where photovoltaic and thermal technologies are used separately.

The hot air generated by a PVT panel can be easily conducted indoors and used as a source of heating, thus reducing costs and energy demand.

PV-SolAir’s breakthrough internal heat recovery design upgrades thermal performance and maximizes energy generation per panel.

Thanks to its sleek, full-black design, our monocrystalline PV laminate blends in perfectly with the majority of roofs in Europe. Our panels are specially crafted for better structural integration and improved electrical performance.

PV-SolAir is a turn-key solution with enhanced energy performance and a unique set of features that set it apart from other products on the market. And all that at a price comparable to major competitors.

Our cutting-edge solar hybrid roof installation system serves as a point of reference in domestic, commercial and industrial installations of between 2 and 200 kW.

CONTACT US

Call for offers ZAPYTANIE OFERTOWE

Zapytanie ofertowe uslugi techniczne 04_21 oraz zalaczniki nr.1 i 2

Scope/ Zakres: Technical support / Usługi techniczne
Deadline/ Termin: 15.04.2021

Call for offers ZAPYTANIE OFERTOWE

Zapytanie ofertowe zaprojektowanie prototypow laminatu PV 04_21 oraz zalacznik nr.1

Scope/ Zakres: Design & manufacturing of prototypes of PV laminate/ Na zaprojektowanie oraz wytworzenie prototypów laminatu PV
Deadline/ Termin: 26.04.2021

Call for offers

Zapytanie ofertowe moduly PV JB Glass 06_21 oraz zalacznik nr.1

Scope/ Zakres: Delivery of PV modules 60 cells, Junction Boxes / Zakup i dostawa modułów solarnych 60 ogniw oraz skrzynki przyłączeniowe i szkła PV

Deadline/ Termin: 30.06.2021

Science Direct

Analysis

PHYSICAL MODELS FOR THE DESIGN OF PHOTOVOLTAIC/THERMAL COLLECTOR SYSTEMS

Université de Pau et des Pays de L’Adour

Three electrical models, the single-diode, the double-diode, and the multi-diode models were developed to study the energy performance of the PV/T system.

To evaluate the electrical performances of the PV cell/module/array, various Works have been conducted with the aim of developing physical models that imitate the electrical behavior of the PV cell. It was concluded that:

The single-diode and the double-diode models are the most suitable to design the PV/T electrical performances.
Temperature has a significant effect on the electrical performance of the system. Electrical models need to be refined and improved to account this effect in the design of these technologies.

Full abstract here

Science Direct

Review

AIR-BASED HYBRID PHOTOVOLTAIC/THERMAL SYSTEMS: A REVIEW

Université de Pau et des Pays de L’Adour

In recent years, a number of Photovoltaic/Thermal (PV/T) air designs were tested and investigated. However, it is challenging to assess whether a sophisticated design will be significantly more efficient than a basic one. This paper intends to outline different investigations conducted over the last years on photovoltaic-thermal technology. Findings from theoretical and experimental works, aiming to improve the efficiency of this technology regarding electrical and thermal power, are presented and discussed. […]

Full abstract here

PV-SOLAIR PROJECT

It’s carried out by the consurtium of three European partners.

KRD Global Group Sp. z o.o. od dnia 01.10.2019 r. realizuje projekt współfinansowany przez Narodowe Centrum Badań i Rozwoju w ramach programu Eurostars 2 konkurs nr 11

„System korzystający z energii słonecznej oparty na nowym układzie powietrznym hybrydowego kolektora fotowoltaiczno-cieplnego” Metryczka PL

KRD Global Group Sp. z o.o. implements a co-financed project (funding from The National Centre for Research and Development) within the framework of Eurostars 2 call no. 11

„Solar Energy based on new air design of hybrid photovoltaic – thermal panels” Metryczka EN