Storage Tanks
Solar Heaters
Heat Pump
R&D
We're Powering
Renewable Heating
As Solimpeks, we have carried out many projects to meet the needs of the renewable energy industry in cooperation with the European Commission, The Scientific and Technological Research Council of Turkey (TUBITAK), MEVKA and many research centers. We continue to develop products and applications that will increase the power of heating.
R&D
High Production Capacity with Robotic Production Precision at Global Standards
Our innovative and highly efficient heating solutions are designed to address today's and tomorrow's energy challenges and provide sustainable and cutting-edge solutions. We continue to research and develop for the better.
With our highly qualified team of engineers and technicians, we continue to be the world leader in our research and development studies in the renewable heating sector.
As Solimpeks, we stand out among producers and suppliers in the renewable energy sector with our project and engineering aspects.
Joop Hoek
R&D Manager
SOLIMPEKS R&D PROJECTS
R&D studies carried out in Solimpeks factories since 1977 have enabled improvements and customizations in many renewable heating products.
EU Project
SOLARHUB
The SolarHub project is an EU-funded initiative aimed at strengthening connections between five Greek and Turkish solar energy innovation ecosystems.
The project will co-develop a Hub Strategy and a Joint Strategic Research and Innovation Agenda, engage industry, government, research institutes, and the public to support research and accelerate commercialization, implement joint research activities, and develop four pre-designs of diverse solar energy solutions.
H2020 Programme
SUREFIT.
The Surefit project aims to demonstrate fast-track renovation of existing domestic buildings by integrating innovative, cost-effective, and environmentally conscious prefabricated technologies. The project will reduce heat losses through the building envelope, thereby achieving near-zero energy targets while increasing the share of renewable energy in buildings.
TUBITAK 1707
A design, prototyping, and optimization of an innovative absorber plate aimed at improving and localizing the performance of solar thermal and PV/T collectors
Solimpeks and Innorma ARGE are partnering on a project to develop an innovative absorber plate for solar thermal and PV/T collectors. The project aims to create a domestically produced, energy-efficient, and cost-effective absorber plate that can replace the imported and costly component currently used in Solimpeks' solar thermal and PV/T panels.
TUBITAK 1707
Design and manufacturing of an energy-efficient plug-andplay boiler that can be powered by different thermal energy sources
In partnership with Innorma ARGE, Solimpeks is working on a project to design and manufacture an energy-efficient, plug-and-play boiler that can be integrated with multiple thermal sources.
The project aims to reduce dependence on foreign imports and increase international competitiveness in technology.
Contact us for private-label production options that best suit your brand's needs.
The Scientific and Technological Research Council of Turkey (TUBITAK)
PV/T Project
The PV/T Project aims to combine PV and thermal collectors into a new hybrid collector.
The project will develop an innovative solution that will increase energy efficiency, reduce costs, and eliminate dependence on imported components.
The scientific and Technological Research council of Turkey (TUBITAK)
SOLAR ASSISTED HEAT PUMP
The Solar Assisted Heat Pump project aims to develop and install a solar-assisted PV/T heat pump hybrid system for demonstration purposes. The system will be used for electricity generation, heating, cooling, and domestic hot water supply, achieving high levels of occupant comfort and low risk of moisture-related problems/summer overheating.
TUBITAK - 1507
Solar Water Heating Project
The Solar Water Heating Project aims to investigate the effect of design parameters on the performance of a solar water heating tank with a corrugated metal hose heat exchanger. The project will develop a fully automatic test unit that will enable accurate testing and optimization of the system.
EU FP7-SME-2011- 286161
EAGLE. VII Framework Programme
The European Project EAGLE aims to develop and demonstrate a dynamic, webbased, renewable energy rating platform. The project will provide accurate and objective information about the suitability of a renewable energy technology for a given user scenario, enabling consumers to make better-informed decisions.
EU FP7-SME-2010-1- 262062
PIPESTORE. VII Framework Programme
PIPESTORE is a modular phase change material thermal store that enables optimal performance of renewable energy systems. The project aims to develop a thermal energy storage system that can effectively store and utilize renewable energy.
Local Turkish Investment Office (MEVKA)
PV/T Production Line and Lean Manufacturing Process
The PV/T Production Line project aims to set up a new production line to manufacture PV and PV/T products internally. The project will develop a lean manufacturing process that will increase efficiency, reduce costs, and improve the quality of the products.
Production Line Monitoring
The Production Line Monitoring project aims to set up a new production line to manufacture PV and PV/T products internally. The project will develop a monitoring system that will ensure the quality of the products and improve the efficiency of the production line.
