Industry Applications
RePG Offers Natural and Sustainable Solutions for Off-Grid Energy Needs in Light and Heavy Industry, Geothermal Resources, Ships, Solid, Liquid and Gas Engines!
RePG produces systems that produce energy between 25kWh - 1mWh for to meet your energy (electricity, heating and cooling) needs by using low and high temperature waste heat (Solid, Liquid, Gas Boilers),
geothermal, sunthermal and latent heats for different industrial,and urban areas.
geothermal, sunthermal and latent heats for different industrial,and urban areas.
RePG Systems can be configured with 4 different Turbines that transform waste heat into energy with maximum efficiency and T0 (T-Zero), which transforms the changing humidity and heat in the air into electricity.
Power generation capacity between 25 - 1000 kW
Latent Heat Turbine Type: T-Zero (T0): Generates electricity from moisture and heat exchange in the air.
Waste Heat Turbine Types:
T5: 120 °C and above
T4: 90 - 120 ° C
T3: 60 - 90C
T2: 30 - 60 ° C
T1: It generates energy at 0 - 30 °C.
Micro Module Systems
min 5kW - 20kW:
Dimensions / Weight:
L 1600mm x H 1200mm x D 600mm, 50-150kg
Macro Module Systems
20 - 250kW:
Dimensions / Weight:
L 2.8 x H 1.5M x D 2.156M, 250-1500kg
ON-GRID &
OFF-GRID Applications
Environmentally Friendly and Has Zero CO₂ Emission.
Mobile application supported original Software and IoT Applications, AR and AI based maintenance and production.
Customized solutions for Industrial Zones, Factory, Geothermal and Fuel Boilers (Ship, Site, Greenhouse).
geothermal, sunthermal and latent heats for different industrial,and urban areas.
RePG Systems can be configured with 4 different Turbines that transform waste heat into energy with maximum efficiency and T0 (T-Zero), which transforms the changing humidity and heat in the air into electricity.
Power generation capacity between 25 - 1000 kW
Latent Heat Turbine Type: T-Zero (T0): Generates electricity from moisture and heat exchange in the air.
Waste Heat Turbine Types:
T5: 120 °C and above
T4: 90 - 120 ° C
T3: 60 - 90C
T2: 30 - 60 ° C
T1: It generates energy at 0 - 30 °C.
Micro Module Systems
min 5kW - 20kW:
Dimensions / Weight:
L 1600mm x H 1200mm x D 600mm, 50-150kg
Macro Module Systems
20 - 250kW:
Dimensions / Weight:
L 2.8 x H 1.5M x D 2.156M, 250-1500kg
ON-GRID &
OFF-GRID Applications
Environmentally Friendly and Has Zero CO₂ Emission.
Mobile application supported original Software and IoT Applications, AR and AI based maintenance and production.
Customized solutions for Industrial Zones, Factory, Geothermal and Fuel Boilers (Ship, Site, Greenhouse).
Get to Know Industry Applications!
Overseas Thermal Power Plant Application: Revolution in Energy Production from Low Waste Heat
RePG Energy has revolutionized energy efficiency by using
"Low Grade Waste Heat" sources below 100°C for electricity production
with its patented technologies. Globally, environments such as hot water, gas,
steam, or hot oil are typically used for electricity generation at temperatures
well above 100°C. However, RePG Energy has developed industrial and residential
products that can utilize low-temperature waste heat between 60°C and 100°C.
These products not only generate electricity but also provide heating and
cooling.
Revolutionary Results
RePG Energy's tests have achieved groundbreaking results in
energy production from low-temperature waste heat:
- With 90°C Incoming Water: Producing 3.7kW net electricity
per hour, yielding 88kWh of energy over 24 hours. This is equivalent to the
electricity needs of 10 homes.
- With 70°C Incoming Water: Producing 1.8kW net electricity
per hour, yielding 43kWh of energy over 24 hours. This is equivalent to the
electricity needs of 4-5 homes.
- With 60°C Incoming Water: Producing 0.9kW net electricity
per hour, yielding 22kWh of energy over 24 hours. This is equivalent to the
electricity needs of 2-3 homes.
During these tests, RePG achieved a historic milestone in
electricity generation from 60°C waste heat. With 60°C water input and 28°C
cold water input, it exceeded the 1.0kWh energy production threshold. When the
outside air temperature is below 20°C, this production can reach 1.5kWh!
Application Areas and Future Potential
RePG Energy's technology is not only applicable in Türkiye
but also in overseas thermal power plants, providing 70-90°C hot water for
bathing, washing, and heating in homes, making electricity generation from this
hot water possible. One such project was validated through a proof-of-concept
study at RePG’s R&D center in Bursa and implemented overseas.
Zero Waste Heat Target: A Significant Development for
Geothermal Resource-Rich Countries like Türkiye
In Türkiye, over 120,000 homes in regions such as Afyon,
Aydın, Denizli, and İzmir are heated by geothermal hot water. With RePG
Energy's technology, these homes can generate their own electricity. With
instantaneous production of 4+kW per home, this equates to 500 Megawatts (0.5
Gigawatts) of instantaneous power and approximately 4,000 Gigawatts of
electricity annually nationwide. Additionally, more than 3,000 idle geothermal
wells could be converted into electricity production sources thanks to RePG
Energy.
RePG Energy's achievements make the "Zero Waste
Heat" goal feasible not just for Türkiye but for the entire world. This
technology, which revolutionizes energy efficiency, represents a significant
step towards sustainable energy production and environmentally friendly
practices in the future.
RePG Flue Gas Waste Heat Application: A Major Step in Waste Energy Recovery and Electricity Generation in Factories!
Hayat Kimya and RePG, in collaboration with industry and startups, proudly celebrates an important milestone in its energy recovery project, achieving the “ZERO WASTE HEAT” goal. Hayat Kimya, which wants to achieve the goal of generating electricity from waste heat below 100°C and reducing carbon emissions through energy recovery from Stack Waste Heat (72-100°C), chooses RePG technology and products.
RePG has successfully tested and implemented its largest turbine to date in a production facility of a globally operating company. The system, with a net installation capacity of 75kW, has shown successful results, indicating significant potential for future applications.
Energy Recovery and Production Figures:
- Daily Net Energy Production: 0.80+ MW
- 8 MW in 10 days, over 24+ MW of electricity production per month
- More than 300+ MW per year and exceeding 1 GW in 3 years
These figures serve as an example for many factories, industrial zones, and buildings worldwide aiming to produce their own energy. Embarking on the journey with the motto “Zero Waste Heat,” RePG Energy will also serve as a significant reference and inspiration for carbon emission reduction projects.
Technical Details:
- A RePG system, occupying only 15 square meters, can produce the same 0.8 MW of energy daily as a solar power plant with at least 200 KW installed capacity (2 acres).
- The system, with a net output of 40 KW, achieves an annual emission reduction of 145+ tons. Additionally, the REPG system produces all the electricity (25+ KW) needed for its own internal and external consumption.
- The RePG system generates over 65+ KW of gross electricity production instantaneously, covering its own energy needs.
This application is redefining energy recovery technologies, standards, and expectations in the field of sustainability and renewable energy, not only in Türkiye but globally. Through the collaboration of industry and RePG, we continue to work towards a cleaner and greener world.
RePG Energy plans to extend its patented low-grade waste heat (50-99°C) electricity, heating, and cooling production technology and products to Europe, Asia, and Africa by the end of 2024, thanks to leading industrial companies.
RePG Energy's achievements make the “Zero Waste Heat” goal feasible worldwide. This revolutionary technology in energy efficiency represents a significant step towards sustainable energy production and environmentally friendly practices in the future.
Industrial Type RePG Advantages
RENEWABLE ENERGY
Electricity generation from unsaturated humidity and temperature difference in the air 100 Kw 0.4 kV 50 Hz AC
ENVIRONMENT FRIENDLY
Usage of fluid and gas with very low GWP rate, Our Fluid is WATER.
FLEXIBLE USE
Suitable for ON GRID / OFF GRID connections and applications.
EXTRA APPLICATIONS
Air Conditioning Applications (produces pure water as well as cold and hot water)
LOW MAINTENANCE COST
Quiet, very low moving part, gear and oscillation
FLEXIBLE DESIGN
Dimensions: L2.8 MX H1.5 MX D2.16 1500kg @ 100-500 kW
Applicable to Industries with Diverse Scales
With Off-Grid and On-Grid connection types, it can generate energy without a network line or supply energy to the grid.
Large Industry
Intense Waste Energy / Waste Heat Applications
Medium - Small Industry
Low Waste Heat Applications
Other Businesses
Latent Heat, Waste Heat and Day Heat Applications
Geothermal energy
Geothermal Heat Applications
Ship Chimney and Boiler Rooms
Latent Heat and Waste Heat Applications
Large Residence / City Boiler Rooms
Latent Heat and Waste Heat Applications
1. Uses Latent Heat Sources
Energy Generation from Humidity and Heat in the Air - RePG Core Technology (Turbine Zero)
Turbine Zero: It is our patented motionless turbine technology. In addition, our mobile turbines have been developed and patented as T1, T2, and T3. You can see energy production Projects and Applications that utilize different turbines and systems.
RePG Energy is a new generation renewable energy technology company that can generate 100% local electricity from the relative humidity and temperature changes in the ambient (air) with patented systems.
1. Uses Latent Heat Sources
Energy Generation from Humidity and Heat in the Air - RePG Core Technology (Turbine Zero)
Turbine Zero: It is our patented motionless turbine technology. In addition, our mobile turbines have been developed and patented as T1, T2, and T3. You can see energy production Projects and Applications that utilize different turbines and systems.
RePG Energy is a new generation renewable energy technology company that can generate 100% local electricity from the relative humidity and temperature changes in the ambient (air) with patented systems.
2. Sun-thermal Heat Source - Solar Collector Supported RePG Systems
Produces energy by taking advantage of the sun-thermal.
- One or multiple RePG systems can be installed.
- One or Multiple Sun-Thermal panels can be installed.
- It can be configured with 3 different Turbine types that transform different Heat and Ambient temperatures into Energy at maximum efficiency.
- Turbine Types: T3 Turbine: 60 °C and above Hot Water, T2: between 40-60 °C, T1: between 0-40 °C
- Connection with or without Hot Water Tank can be established.
2. Sun-thermal Heat Source - Solar Collector Supported RePG Systems
Produces energy by taking advantage of the sun-thermal.
- One or multiple RePG systems can be installed.
- One or Multiple Sun-Thermal panels can be installed.
- It can be configured with 3 different Turbine types that transform different Heat and Ambient temperatures into Energy at maximum efficiency.
- Turbine Types: T3 Turbine: 60 °C and above Hot Water, T2: between 40-60 °C, T1: between 0-40 °C
- Connection with or without Hot Water Tank can be established.
3. Natural Gas Supported RePG Systems
Electricity Generation from Waste Heat in Natural Gas Boilers
Thanks to the Natural Gas Boiler in the industries, if the “Hot Water” supplied to the buildings is connected to the RePG System to the hot water inlet, the RePG System can operate as an uninterrupted power supply. Thanks to the 24/7 Continuously Operating Natural Gas Boiler, the RePG System can operate as a “STEAM TURBINE”. For REPG Systems to generate energy, 3 basic components must be connected very efficiently.
- REPG System and our Turbine Technology (Patented)
- Heat or Hot water supply and its transfer to the RePG system (Heat exchanger, hot water pipe, etc.)
- Cooling of RePG System (Cooling chimneys, Heat thrower or 2.RePG system)
3. Natural Gas Supported RePG Systems
Electricity Generation from Waste Heat in Natural Gas Boilers
Thanks to the Natural Gas Boiler in the industries, if the “Hot Water” supplied to the buildings is connected to the RePG System to the hot water inlet, the RePG System can operate as an uninterrupted power supply. Thanks to the 24/7 Continuously Operating Natural Gas Boiler, the RePG System can operate as a “STEAM TURBINE”. In order for RePG Systems to produce energy, 3 basic components must be connected very efficiently.
- RePG System and Our Turbine Technology (Patented)
- Heat or Hot water supply and its transfer to the RePG system (Heat exchanger, hot water pipe, etc.)
- Cooling of RePG System (Cooling chimneys, Heat thrower or 2.RePG system)
4. Waste Heat - Coal / Pellet Boiler RePG Systems
It generates electricity from waste heat in Coal Stoves and Pellet Boilers with its patented T3 Turbine.
With the Coal / Pellet Stove Boiler in Industries, if the “Hot Water” supplied to the buildings is connected to the hot water inlet to the RePG System, the RePG System can operate as an uninterrupted power supply. Thanks to the 7×24 Continuous Boiler, the RePG System can operate as a “STEAM TURBINE”.
4. Waste Heat - Coal / Pellet Boiler RePG Systems
It generates electricity from waste heat in Coal Stoves and Pellet Boilers with its patented T3 Turbine.
With the Coal / Pellet Stove Boiler in Industries, if the “Hot Water” supplied to the buildings is connected to the hot water inlet to the RePG System, the RePG System can operate as an uninterrupted power supply. Thanks to the 7×24 Continuous Boiler, the RePG System can operate as a “STEAM TURBINE”.
5. Industrial Chimneys Waste Heat RePG Systems
It generates electricity from the waste heat in industrial chimneys with the patented T3 Turbine.
5. Industrial Chimneys Waste Heat RePG Systems
It generates electricity from the waste heat in industrial chimneys with the patented T3 Turbine.
6. Industrial Type Geothermal Heat RePG Systems
It generates 10 to 30 kW of electrical energy throughout the day with Geothermal Heat resources.
Turkey is the world’s 4th richest country in terms of geothermal resources and is among the top 5 countries in terms of electricity production from these sources. For electricity generation out of Geothermal Sources, sources with a minimum of 120 °C and a very high flow rate are needed.
Thanks to its technology, RePG can generate electrical energy from any GEOTHERMAL hot water that is above 100 °C or below 90 °C!
6. Industrial Type Geothermal Heat RePG Systems
It generates 10 to 30 kW of electrical energy throughout the day with Geothermal Heat resources.
Turkey is the world’s 4th richest country in terms of geothermal resources and is among the top 5 countries in terms of electricity production from these sources. For electricity generation out of Geothermal Sources, sources with a minimum of 120 °C and a very high flow rate are needed.
Thanks to its technology, RePG can generate electrical energy from any GEOTHERMAL hot water that is above 100 °C or below 90 °C!
Traceable IoT Architecture
Remote Smart Tracking, Production and Service Management System
RePG Energy systems come with smart systems including IoT and API. It manages and monitors through all internal and environmental sensors. Thus, energy production and consumption amounts can be followed live from web and mobile interfaces.
It has a ready-made infrastructure (BlockChain) to make sales or payments from individual to individual with its own mobile application.
HYBRID APPLICATIONS
Application of Day-Heat, Latent-Heat, Chimney, Natural Gas, Coal, Pellet Boilers Heat Resources Together
RePG System can operate as an uninterruptible power supply thanks to the use of multiple heat sources in all industrial units.
RePG Industry TRL Level
ITU ÇEKİRDEK 12/2015
PROTOTYPE Bursa ULUTEK
12/2016
First 100W Energy Generation Bursa - 02/2017
BETA Customer I Gypsum Factory Field Test
07/2018 - 12/2019
Waste Heat Turbines Developed
05/2019
BETA Customer II 4x10kW Micro Module
12/2019
Performance Verified Product JEOTERMAL
12/2020
BETA Commercial Pre-Prototype - Ready for Mass Production
01/2021
ALPHA Product
Ready for Mass Production and End Consumer Usage
01/2023
RePG Industry TRL Level
ALPHA Product Ready for Mass Production and End Consumer Usage 01/2023
ITU ÇEKİRDEK 12/2015
PROTOTYPE Bursa ULUTEK
12/2016
First 100W Energy Generation Bursa - 02/2017
BETA Customer I Gypsum Factory Field Test
07/2018 - 12/2019
Waste Heat Turbines Developed
05/2019
BETA Customer II 4x10kW Micro Module
12/2019
BETA Commercial Pre-Prototype - Ready for Mass Production
01/2021
Performance Verified Product JEOTERMAL
