Development of the Stirling engine has began
CLEAN ENERGY
FROM THE SUN
The CSP Dish Stirling technology is a breakthrough solution in renewable energy sources. CSP Dish Stirling represents an innovative approach to harnessing solar energy.
This technology combines a tracking structure with parabolic mirrors that reflect sunlight into a Stirling engine, which converts thermal energy into mechanical energy. A generator then transforms this mechanical energy into electrical energy.
A beneficial side effect is producing usable thermal energy and green hydrogen. With its high performance and flexibility, CSP Dish Stirling offers a strong alternative to traditional fossil fuels while minimizing environmental impact. Our CSP Dish Stirling power plants can thus contribute to a more sustainable future and bring innovation to the clean energy world.
Sun is more than energy
Sunflower 35
The Sunflower 35 is the stationary version of our CSP Dish Stirling technology, designed for stable and efficient energy production. We offer this system in a range of 2-100 units.
The Sunflower 35 provides ten kW of electrical power and 25 kW of thermal energy, making it an ideal solution for various applications requiring a reliable renewable energy source.
Sunscorpio
The SunScorpio is the mobile version of our CSP Dish Stirling technology, designed for flexibility and easy installation. Built on the platform of a large shipping container, the SunScorpio can be easily transported and quickly deployed as needed.
This system provides 17 kW of electrical power and 35 kW of thermal energy, making it an excellent choice for temporary or mobile energy needs.
R&Din progress
Patented & efficient
power plant sunscorpio
ELECTRICITY
35.000
kWh/year
HEAT
83,000
kWh/year
- Solar cooling & heating & other applications
- Green hydrogen generating & compression
- 24/7 on-grid & off-grid dispatchable
generation smart & micro & mini grids
FIRST
PATENTED
MOBILE CSP in the world
Lighting Up Your Future with Solar
2000
2010
First commercial unit
Pilot project Cyprus
2021
2025
SunScorpio
mobile version
2000
Development of the Stirling engine has began
2010
First commercial unit
2021
Pilot project Cyprus
2025
SunScorpio
mobile version
Roadmap for the Research and Development of CSP Dish Stirling Solar Power Plant
Our journey in researching and developing the CSP Dish Stirling solar power plant began in 2000. At that time, the development of a Stirling engine for cogeneration units was initiated. Strojírny Bohdalice, a.s. and Concentrating Systems, s.r.o., took over this pioneering project and adopted the Stirling engine in their solar concentrator. All key components of our solar power plant result from our own research and development, enabling us to achieve the highest levels of quality and innovation in the field.
Optimized Stirling Engine: Our Stirling engine is specifically developed for solar applications, ensuring maximum efficiency and reliability.
High-Performance Solar Mirrors: Our solar mirrors are designed to maximize the concentration of sunlight, thus ensuring high energy yield.
Advanced Electrical Conversion Unit: Our proprietary electrical conversion unit ensures efficient conversion of mechanical energy into electrical energy with minimal losses.
Innovative Concentrator and Control System: Our proprietary concentrator and control system allows for precise sun tracking and optimization of the power plant's performance throughout the day.
Our focus on in-house research and development enables us to bring highly efficient, sustainable, and environmentally friendly technologies to market. We continue to innovate and constantly seek new ways to improve our technologies for future generations.
Direct solar irradiation > 1.800 KWh
The CSP Dish Stirling technology excels in areas with direct solar irradiation (DSI) greater than 1800 kWh per square meter per year. Under these conditions, the system achieves maximum efficiency and provides a reliable renewable energy source.
Even in areas with lower sunlight exposure, the CSP Dish Stirling technology can be effective if sufficient attention is given to utilizing thermal energy. With applications such as desalination, cooling, and other thermal energy uses, high efficiency can still be achieved even with reduced solar irradiation. This adaptability ensures that our technology can be applied in various geographical and climatic conditions, offering reliable solutions for various applications.
Ideal Regions for Implementation
GCC - Gulf Cooperation Council (Saudi Arabia, United Arab Emirates, Qatar, Bahrain, Kuwait, Oman)
India
very south Europe (Cyprus, Malta, Southern Italy)
Pakistan
Efficency
up to 90%
Annual Energy
Output
27 MWh
Annual Thermal
Energy Output
83 MW
Levelized Cost
of Energy (LEC)30-250
USD/MWh
CSP Dish Stirling downstream technologies:
innovation in sustainable energy
Green
Hydrogen
Cooling
Freezing
Seawater
desalination
The latest and most innovative use of CSP Dish Stirling’s energy is the production of green hydrogen. This clean energy source represents a significant step towards a more sustainable future and can be key in decarbonizing industry and transport.
Our CSP Dish Stirling technology is much more than just generating electricity. Thanks to an innovative approach, payback times can be significantly reduced by harnessing thermal energy for a wide range of downstream technologies.
One of the key applications is seawater desalination, which is essential for providing access to drinking water in arid regions. Other applications include cooling and freezing, which is particularly useful in the food and healthcare industries, where it is essential to keep products and medicines in optimal condition.
Green hydrogen
The latest and most innovative use of CSP Dish Stirling’s energy is the production of green hydrogen. This clean energy source represents a significant step towards a more sustainable future and can be key in decarbonizing industry and transport.
Patents
Sunscorpio
Patent
Hydrogen Green
Patent Pending
Solar Mirrors
Patent Pending
Empowering Innovation:
Our Team Driving Sustainable Solutions
with CSP Dish Stirling
SUPPORT & COOPERATION
