Industrial Products
RePG Scalable Industrial Products and Systems for Off-Grid Energy Needs in Light and Heavy Industry, Workplaces, Buildings, Hotels and Public Institutions
RePG produces devices that produce energy between 20 kWh and 1 mWh by using air, more or less intense waste heat (hot water, steam, gas, geothermal, sunthermal, day-heat) in industrial environments. The devices produce electricity and water by using the intense waste heat in the industry (Chimney, Boiler, Engine or stove, etc.), hot water, geothermal, steam and heat generated by machine components.RePG Technology can recover 10% -20% of the waste energy as electrical power by using all waste heat sources at 35°C and above. Traditional Industrial model waste heat recovery systems require a minimum heat/energy source above 250°C and a cost payback period of 12 - 15 years. But now there is RePG!
Get to Know the Industrial Products!
Industrial Type RePG Working Principle
- Pump: It is used for pressurizing the RePG fluid in the system.
- Evaporator: It is used to transfer heat energy from heat sources such as factory chimneys, geothermal sources, sun thermal systems to the RePG fluid.
- Recuperator: It is used to provide heat transfer between the hot gas at the turbine nozzle and the cold fluid pressurized by the pump while increasing the overall efficiency of the system.
- Condenser: While ensuring the cooling of the gas at the turbine nozzle, it creates a useful heat. This energy can be used in the water phase in heating systems.
- Turbine: It is used to generate electrical energy with high efficiency during the expansion of the RePG fluid.
Discover RePG Industry Models
Factory chimneys generate energy using waste heat or sun thermal. Minimum chimney temperature is 50 °C +, Minimum sun thermal temperature is 35 °C +
Industry Type I
25 – 100kWe
Industry Type II
100 – 250kWe
Industry Type III
250 – 500kWe
Industry Type IV
500 – 1mWe
RePG Industrial Type Modular Applications
RePG Industrial Products can be connected both in series and in parallel, and MACRO modules and MICRO modules can work together as a compatible system.
Macro Systems
4x50 kW Macro Module Energy System - I
Total of 200kW Connection in Parallel & Series
- The Total of Macro Modules is 200kW, min. 10kW of energy can be produced.
- With 4 Macro Modules, min . 10kW and max. 200kW of Net Energy is produced.
8x50 kW Macro Module Energy System - II
Total of 400kW Connection in Parallel and Series
- The total of Macro Modules is 400kW, min. 10kW of energy can be produced.
- With 8 Macro Modules, min . 10kW and max . 400kW of Net Energy is Produced.
12x100 kW Macro Module Energy System - III
Total of 1.2mW Connection in Parallel and Series
- The Total of Macro Modules is 1200kW, min . 20kW of energy can be produced.
- With 12 Macro Modules, min . 20kW and max . 1200kW of Net Energy is produced.
1X100kW, 2x50kW, and 4x25kW Macro Module Energy System - IV
Total of 300kW Connection in Parallel & Series
- The Total of Macro Modules is 300kW, min . 50kW of energy can be produced.
- With 7 Macro Modules min . 50kW and max . 200kW of Net Energy is Produced.
Micro Systems
12X10kW Micro Module Energy System - I
Total of 120kW Connection in Parallel and Series
- The Total of Macro Modules is 120kW, min. 5kW of energy can be produced.
- With a total of 12 Micro Modules,min . 5kW and max . 120kW of Net Energy is produced.
2X10kW, 4x5kW, 8x2kW Micro Module Energy System - II
Total of 56kW Connection in Parallel & Series
- 3 Different Systems and 14 Micro Modules in total. 56kW in total, min . 1kW of energy can be produced.
- With 16 Micro Modules,min . 1kW and max . 56kW of Net Energy is produced.
1X10kW, 3x5kW, 6x2kW Micro Module Energy System - III
Total of 37kW Connection in Parallel & Series
- 3 Different Systems and 10 Micro Modules in total. 37kW in total, min . 1kW of energy can be produced.
- With 16 Micro Modules,min . 1kW and max . 37kW of Net Energy is Produced.
Micro and Macro Combined Modular System
Single Macro + Multiple Micro Modular System
5x10kW x 4 = 200kW Energy System
Total of 200kW Connection in Parallel & Series
- Macro and Micro modules can produce energy together.
- Thanks to its modular structure, the capacity can be increased based on your need.
1x100kW, 2x20kW, 2x10kW, 4x5kW and 4x2kW
Energy System
Total of 188kW Connection in Parallel & Series
- With 5 Different Systems, and the Total of 1 Macro and 12 Micro Modules is 188kW, min. 1kW of energy can be produced.
- With a total of 12 Micro Modules, min. 1kW and max . 88kW of Net Energy is produced.
- With 1 Macro Module, min. 20kW and max. 100kW of Net Energy is produced.
Micro and Macro are Integrated
Modular System
5x10kW x 4 = 200kW Energy System
Total of 200kW Connection in Parallel & Series
- Macro and Micro modules can produce energy together.
- Thanks to its modular structure, the capacity can be increased based on your need.
Single Macro + Multi Micro
Modular System
1x100kW, 2x20kW, 2x10kW, 4x5kW and 4x2kW
Energy System
Total of 188kW Connection in Parallel & Series
- With 5 Different Systems, and the Total of 1 Macro and 12 Micro Modules is 188kW, min. 1kW of energy can be produced.
- With a total of 12 Micro Modules, min. 1kW and max . 88kW of Net Energy is produced.
- With 1 Macro Module, min. 20kW and max. 100kW of Net Energy is produced.
- The modular structure can be designed with Hot Water Flow Rate and Temperature.
- External weather conditions, cooling water, and the working time of the systems determine energy production.
