Innorma R&D offers engineering solutions for hybrid photovoltaic thermal (PV/T), thermal and concentrated thermal collectors, thanks to its knowledge gained from many theoretical and experimental studies on photovoltaic and thermal collectors.

What we do?
  • Identify the type and capacity of the solar collector for you
  • Flow and thermal analysis, and optimization
  • Determination of the most suitable operating parameters for the system
  • Efficiency, thermal and electrical power calculations for different geographies/applications
  • Economic analysis and ROI calculations for different geographies/applications

Solar air collectors integrated into building façades are auxiliary systems that provide both modern building exterior decoration aesthetically appealing and provide fresh air and thermal comfort by transferring the thermal energy from the sun to our living spaces. Our company offers engineering solutions on solar thermal façade systems and building integrations.

What we do?
  • Determine the efficiency of solar façades with different geometrical properties and structures
  • Flow and thermal analyses on façade applications and accordingly optimal capacity determination
  • Aesthetically appealing building exterior

Solar Powered Atmospheric Water Generators are devices that use dehumidification/condensation technology that absorbs the water in the air in the form of moisture. High efficiency atmospheric water generators are self-contained and compact systems that can produce natural water for agricultural applications without the need for any chemical treatment. In areas where water is scarce or polluted, atmospheric water generators are reliable sources of clean and safe water.

What we do?
  • Determination of system capacity according to the amount of water needed
  • System design suitable for the climatic conditions of the region
  • System design suitable for agricultural applications

Evaporative coolers, which are an innovative and environmentally friendly system in the field of cooling technologies, have been one of the most popular systems in the cooling sector in recent years. Evaporative coolers are systems that work with natural fluids such as water and air, instead of environmentally harmful fluids such as HFCs used in conventional coolers.

Our company has carried out R&D works and projects on evaporative coolers, which are much more innovative and environmentally friendly systems that can be an alternative to traditional mechanical vapour compression cooling systems. Thanks to its knowledge and experience, it offers innovative solutions in this field.

What we do?
  • Cooling load projection
  • Design and production of evaporative cooler (direct/indirect) suitable for your environmental conditions
  • Evaporative cooler design, optimization and design verification
  • Calculation of system efficiency and cooling capacities

Heat pumps are one of the environmentally friendly applications and can provide heating and cooling with high efficiency. Thanks to the work we have done in the field of heat pumps and the experience we have gained from R&D projects, we offer innovative solutions in this field such as solar assisted heat pump systems.

What we do?
  • Solar powered heat pump design and capacity calculation
  • Design and analysis with different fluids and geometric parameters
  • Determining the ideal heat pump type specific to your geography and usage (air - water source)
  • Efficiency analysis (COP, EER)
  • Economic analysis and ROI calculations

Waste heat recovery is of great importance for increasing the efficiency of systems with thermal processes and reducing energy consumption. Our company offers solutions for waste heat gains that can be achieved with heat exchanger systems within the framework of thermodynamics and heat transfer.

What we do?
  • Detection of heat losses and determination of appropriate insulation material/insulation thickness
  • Efficiency increase and unit energy cost to be obtained with waste heat recovery
  • Thermal analysis and system design
  • Optimization

Desiccant dehumidifiers are systems used to dehumidify the air in hot and humid regions, to adjust the humidity level for food drying and indoor cooling applications. Our company offers innovative solutions for different applications such as food drying, air conditioning, dehumidification, with its experience in dryer-cooler integrated systems using solid and liquid-based dryers.

What we do?
  • Determination of the required dehumidification capacity
  • System design for the desired air output values
  • Integration with solar energy systems for regeneration

Thermal energy storage systems are systems that allow the stored energy to be used later. Innorma R&D carries out studies on thermal energy storage systems with its competence in thermodynamics and heat transfer.

What we do?
  • Load (domestic water/heating) analysis
  • System design
  • Feeding the thermal energy storage system from different sources (sun, natural gas, electricity)
  • Optimisation for efficiency increase and financial gain to be provided
  • Performing thermal analyses