Factory building

Advanced Low Temperature Energy Production Systems

RePG offers patented and innovative solutions designed to maximize energy conversion from geothermal sources. The RePG systems, specifically developed for low-temperature geothermal fields, generate electricity, heating, and cooling energy from saline waters in the temperature range of 55-200°C.

RePG Energy Systems

We Generate Electricity from Waste Heat Above 55°C!

We Generate Electricity from Waste Heat Above 55°C!

Your invisible energy source in the industry should no longer be wasted. RePG technology increases your factory's energy efficiency by converting low-temperature waste heat above 55°C and hidden heat sources into electricity, heating, and cooling. With its modular structure, it easily integrates and can be used in different locations due to its portability. Moreover, it provides environmentally friendly production with zero emissions.

Patented Advanced Turbine

Zero Emission

Zero Emission

Thanks to advanced turbine technology, the system can generate positive electricity even at very low temperatures slightly above 30°C. It contributes to the economy and the environment using 100% renewable and locally sourced energy technology; during this process, carbon emissions are reduced to zero. The payback period for the investment is between 1 and 3 years.

Flexible Energy Production Capacity

Working Capacity from Low to High

Working Capacity from Low to High

The system provides advantages in electricity production, heating, and cooling applications by supporting energy production ranging from 1 kWh to 1 MWh. Thanks to remote control and management software, you can monitor all system parameters, including energy production, pressure, temperature, and overall efficiency, in real-time from your computer or mobile device.

Easy Setup, Easy Compatibility

Modular and Easy Integration

Modular and Easy Integration

The system can be integrated into geothermal facilities quickly and flexibly. It can be customized according to field conditions and can operate in both series and parallel configurations; thus ensuring compatibility with MACRO and MICRO modules. The modular setup makes it possible for the system to be easily installed and used. The system can be moved and connected to a different heat source without the need for special installation procedures.

Emergency Containers

RePG Network Independent Emergency and Disaster Container

RePG Network Independent Emergency and Disaster Container

RePG provides off-grid electricity generation, heating, cooling, and water production from air in emergency and disaster situations.

  • 75kWh-150 kWh total daily electricity generation

  • 75kWh-150 kWh total daily electricity generation

  • 75kWh-150 kWh total daily electricity generation

  • Minimum 10-25 houses or 50-100 tents' electricity needs

  • Minimum 10-25 houses or 50-100 tents' electricity needs

  • Minimum 10-25 houses or 50-100 tents' electricity needs

  • heating capacity of 500-2000 m2 area

  • heating capacity of 500-2000 m2 area

  • heating capacity of 500-2000 m2 area

  • Providing heating needs for 150-300 people

  • Providing heating needs for 150-300 people

  • Providing heating needs for 150-300 people

  • 75kWh-150 kWh daily total electricity production

  • 75kWh-150 kWh daily total electricity production

  • 75kWh-150 kWh daily total electricity production

  • Minimum 10-25 houses or 50-100 tents' electricity needs.

  • Minimum 10-25 houses or 50-100 tents' electricity needs.

  • Minimum 10-25 houses or 50-100 tents' electricity needs.

  • heating capacity for an area of 500-2000 m2

  • heating capacity for an area of 500-2000 m2

  • heating capacity for an area of 500-2000 m2

  • Meeting the heating needs of 150-300 people.

  • Meeting the heating needs of 150-300 people.

  • Meeting the heating needs of 150-300 people.

Chemical product
Chemical product
Chemical product
Chemical product

Minimum input, maximum output!

RePG Energy Operating Principle

RePG Energy Operating Principle

Water at temperatures over 55°C, in RePG systems that operate with fluids such as oil or gas, can generate electricity with a temperature difference of only 30°C thanks to special turbine technology.

2050 Goal

Zero Emission

Zero Emission

In line with combating the climate crisis and sustainable development goals, the Zero Emission Law has been prepared to come into force. This law aims to reduce greenhouse gas emissions in all economic activities, primarily in the energy, transportation, industry, and construction sectors, and to achieve net zero emissions by the year 2050.

Within the scope of the law; it is envisioned that the use of fossil fuels will be gradually reduced, renewable energy sources will be promoted, and mechanisms for the monitoring and limitation of high carbon emission activities will be established. Additionally, companies and institutions will be subject to obligations for emission reporting and carbon footprint monitoring, while environmentally friendly investments and technologies are being supported.

In this context, RePG Waste Heat Recovery solutions support energy production (electricity, heating, and cooling) by re-evaluating lost latent and waste heat, thereby reducing the need for fossil fuels. Through this technology, industrial facilities contribute directly to achieving zero emission targets by lowering their carbon footprint.

Let's Turn Waste Heat Into Opportunity

More than 50% of industrial energy worldwide is lost as waste heat. With RePG technology, we can recover this energy.
Even if we were to recover just 10% of it, 5.6 billion tons of CO₂ emissions could be prevented, and 1.1 trillion € could be saved for the economy.

Frequently Asked Questions

Your Questions About RePG Energy

Your Questions About RePG Energy

What is the lowest temperature at which electricity can be produced?
What is the lowest temperature at which electricity can be produced?
What is the lowest temperature at which electricity can be produced?
What is the total efficient / useful working life / max. working hours of the products?
What is the total efficient / useful working life / max. working hours of the products?
What is the total efficient / useful working life / max. working hours of the products?
What are the maintenance/service periods?
What are the maintenance/service periods?
What are the maintenance/service periods?
What are the costs of spare parts and labor if maintenance/service is necessary?
What are the costs of spare parts and labor if maintenance/service is necessary?
What are the costs of spare parts and labor if maintenance/service is necessary?