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Canada
1-10 Employees
Additionally, we provide CSP process heating to ensure you have the best source of effective heating sources. Partnering with CSP experts , Project Developers and Manufacturers. Concentrated solar power (CSP) systems are an innovative way to collect the sun's energy – for power generation operators can count on. We’re your trusted source for CSP trough application energy services for your industry. This lower cost could enable much higher capacity factors to support 24-hour power production economically. This is the ideal way to have effective solar fuels for your business. The Ultra Lite Solar innovation greatly simplifies the CSP manufacturing design by using a simplified light-weight structure made possible using differential air pressure as a structural component. Not only that, we also provide solar enhanced oil recovery services to extract various types of energy solutions.
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Concentrated Solar Power | CSP Ultra Lite Solar Inc.
... Our concentrated solar power solutions serve major industries through innovation and development. Visit us to learn more about our technology. ...
London, United Kingdom
1-10 Employees
2017
What Sunntics’ SunnSaaS tool does for me is enable me to assess a CSP project opportunity in a matter of hours instead of weeks. So we are bidding power from a hybrid solar PV-CSP plant with a lot of thermal storage. Sunntics’ SunnSaaS toolset was used to support a re-evaluation of the solar generation mix in Saudi Arabia, in co-operation with the King Fahd University of Petroleum and Minerals. Sunntics’ SunnSaaS can be used for many tasks in the project life cycle by a wide variety of stakeholders. SunnSaaS for Sunntics is a browser-based tool that provides accurate results fast. Preliminary design tool – quick estimates of production, dimensions and costs for a plant with a specified output; evaluate site and technology options. Project design tool – detailed study, sizing and hourly simulation, delivering high quality graphics, tables and data for use in reports and tender documentation. Concentrated Solar Power is a utility-scale power generation technology.
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CSP | Plant design | Optimization | Simulation
... Sunntics: Concentrated Solar Power plant design and optimization with AI to minimise cost and maximise ...
Berlin, Germany
1-10 Employees
2013
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Deutscher Industrieverband Concentrated Solar Power e. V./ Startseite
... Deutscher Industrieverband Concentrated Solar Power e. V. Werden Sie Mitglied in unserem Netzwerk und profitieren Sie von Verbandsvorteilen. Lesen Sie hier mehr ...
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Our business focus is on innovative integrated solar energy solutions utilising CSP concentrated solar power solutions, thermal storage & desalination systems. We partner with leading technology providers & position their solutions through feasibility studies & market research to identify potential clients who can benefit from innovative solar thermal & desalination products.
... Our business focus is on innovative integrated solar energy solutions utilising CSP concentrated solar power solutions, thermal storage & desalination systems. We partner with leading technology providers & position their solutions through feasibility studies & market research to identify ...
Targasonne, France
11-50 Employees
2018
The power block considered in POLYPHEM is a combined cycle intended to be used for decentralized small-scale power generation in the range 40 kW to 2000 kW in remote areas. The POLYPHEM project will implement a prototype system and will validate this innovative configuration for power generation in a relevant environment, will assess its technical, economic and environmental performances and will establish the guidelines for the commercial deployment of this technology in the long term. Manufacturing of manifolds and delivery of solar hybrid μGT. Delivery of organic Rankine engine suited for combined cycle. Assembly and commissioning of the prototype plant at Themis solar tower. CIEMAT contributes to the manufacturing (WP5), the testing (WP6), the interconnection of the thermal storage sub-system with the other sub-systems (WP2), the design of the whole POLYPHEM system (WP4) and its techno-economical evaluation (WP7). Develops and provides new materials for storage tank and filler and for insulation of the hot structures (WP3), designs and constructs the core of the storage system (WP5). KAEFER manages the integration of all sub-components and is responsible for the final product and branding.
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About us - Polyphem
... Find out more about the objectives, workplan and consortium of the Horizon 2020 POLYPHEM project for small-scale Concentrated Solar Power plants. ...
Broomfield, United States
1-10 Employees
2017
Outward Technologies was founded in Golden, CO in 2017 with a mission to develop critical technologies for extraterrestrial mining and manufacturing. In-space manufacturing and space resource utilization is a burgeoning industry seeing rapid growth. Outward Technologies is positioning itself as a pioneer in this new industry by advancing the technologies to develop space infrastructure and human settlements on other planetary bodies. Grant and award funding is being sought from government agencies such as NASA and the National Science Foundation to conduct fundamental research and technology development for space mining and space resource utilization while pursuing commercially viable terrestrial applications for these technologies. 575 Burbank St, Unit G, Broomfield, CO 80020-1666.
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Outward Technologies
... Advanced Manufacturing on Earth and in Space. 3D printing with concentrated solar power. ...
11-50 Employees
1920
ENEXIO is a reflection of what we do and what we have accomplished as pioneer in the field of industry-, process-, and power plant cooling as well as water and waste water treatment over decades. ENEXIO Service can provide additional cooling capacity by adding extension cells to the existing cooling system, regardless of its original manufacturer. We have a long history delivering beneficial industry-first technology: We developed the first Air Cooled Condenser in 1935, we are the inventor of the Heller-Technology in 1940 and our first natural draft wet cooling tower was erected in 1965. Founded on 2 February 1920, GEA, abbreviated from the original German name of the company “Gesellschaft für Entstaubungs-Anlagen mbH”, was the work of a man who was an entrepreneur with heart and soul, a man gifted with an exceptional technical insight and filled with the desire for pioneering technical innovations. Professor Heller, who actually later founded the company EGI, invented the “Heller System”, an indirect dry cooling solution in 1940. The first pilot plant scale Heller System with natural draft concrete tower was built in 1954 in Hungary. The largest segment is the Heat Exchangers Segment (HX) including the business units Wet Cooling Towers and ACC/ Heller. The Power Cooling Solutions division continues separately and independently under the new name ENEXIO.
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H2020 MinWaterCSP | ENEXIO
... Reduction of water consumption in concentrated solar power ...
Las Cruces, United States
1-10 Employees
2020
OUR MISSION; Provide disaster-resistant homes & utility structures that is energy-autonomous, economically deployable, that utilize cost-saving state of the art building methods, optimized structural designs & durable sustainable composites that enable building envelope climate control by utilizing the benefit of thermal heat sink/thermal battery storage capacities of mass & phase change thermal storage & release materials, managed with AMPE = Active Management of Passive Energy - Our AMPE system uses AI & a satellite array of sensors embedded inside & outside our building envelopes that monitor dynamic ambient external & internal climate conditions that enable automatic control of diode or two-way convective air or liquid valves that help maintain human comfort levels with a controlled interaction of external & internal climate conditions as needed for occupant comfort.
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Home
... Our Sun Disc precast-pre-molded components can be installed as a floor, or roof, or installed onto a special sun-tracking mounting assembly for CSP - Concentrated Solar Power - applications. ...
Kowloon, China
1-10 Employees
2014
Xilia Group, where passion, spirit, knowledge, and know-how unite to fuel innovation for a sustainable future. We are a dedicated team of experienced professionals, committed to driving positive change through collaboration and a profound sense of purpose.Our mission is to catalyse transformative impact in the global economy. We are driven by a profound commitment to conducting business in a manner that goes beyond profit, aiming to empower the countries in which we operate and uplift them from their present circumstances. Our vision revolves around investing in holistic, sustainable community development, making a positive impact that extends far beyond financial gains. Our mission goes beyond merely catering to the needs of investors seeking to tap into Africa's vast resource base. Welcome to Xilia Group, a unique intersection of knowledge, passion, and innovation. At Xilia, we firmly believe that unity multiplies strength – ‘Together, we’re not just two, but eleven’. Xilia is more than a business – we’re a catalyst for positive global change.
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Xilia Group – Serve the World
... Concentrated Solar Power ...
Waiblingen, Germany
1-10 Employees
2013
SolEngCo has the experience and references with molten salt energy storage and is ready to assist owners of coal power plants to save the jobs and the investments, to secure the electricity supply and to protect the climate. Molten salt energy storage has been operated successfully for over ten years in most of the 5,000 MWe concentrated solar power (CSP) plants worldwide; the technology is proven and readily available to convert coal fired power plants to storage power plants. The prototype of the H2/O2 steam generator delivered the full power of 40 MWth within one second.
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Featured
Innovation and Excellence in Solar Engineering
... power plant, storage power plant, ISCC, Integrated Solar Combined Cycle, Concentrated Solar Power, Brakmann, molten salt energy ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Concentrated Solar Power
| Country with most fitting companies | Germany |
| Amount of fitting manufacturers | 14 |
| Amount of suitable service providers | 17 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1920 |
| Youngest suiting company | 2021 |
Concentrated Solar Power (CSP) refers to a renewable energy technology that harnesses the sun's heat, rather than its light, to generate electricity. This process involves using mirrors or lenses to concentrate a large area of sunlight, or solar thermal energy, onto a small area. The concentrated energy is then used to heat up a fluid, which in turn produces steam. This steam is directed to drive a turbine that generates electricity. Unlike photovoltaic solar power, which converts light directly into electricity, CSP requires direct sunlight to function efficiently, making it most viable in areas with high solar insolation. A notable advantage of CSP technology lies in its ability to store energy in the form of heated fluids, allowing for electricity generation even when the sun is not shining. This capability addresses one of the primary challenges of renewable energy: intermittent supply. CSP's potential for large-scale, renewable energy production and storage positions it as a key player in the global shift towards sustainable energy solutions. By reducing reliance on fossil fuels and decreasing greenhouse gas emissions, CSP contributes significantly to the mitigation of climate change impacts, underscoring its vital role in the future energy landscape.
1. Continuous Power Supply
Concentrated Solar Power (CSP) systems have the capability to store thermal energy, allowing them to generate electricity even when the sun is not shining. This feature ensures a stable and continuous power supply, overcoming the intermittency issues often associated with other renewable sources like photovoltaics (PV).
2. High Efficiency
CSP technology can achieve higher efficiency rates compared to traditional photovoltaic solar panels. By concentrating sunlight onto a small area, CSP systems can reach higher temperatures, driving steam turbines more effectively and thus converting solar energy into electricity with greater efficiency.
3. Environmental Benefits
CSP systems offer significant environmental advantages. They produce electricity with minimal carbon emissions, helping to mitigate climate change. Additionally, unlike fossil fuels, CSP relies on sunlight, an abundant and renewable resource, reducing dependency on non-renewable energy sources and promoting sustainability.
4. Scalability and Flexibility
The scalability of CSP plants allows for the easy adjustment of power output to meet demand. This flexibility is crucial for integrating CSP into the existing power grid, offering a reliable alternative to traditional energy sources and supporting the transition to a more sustainable energy system.
While evaluating the different suppliers make sure to check the following criteria:
1. Experience and Track Record
Consider suppliers with a proven track record in delivering Concentrated Solar Power (CSP) projects. Their experience in the field can significantly impact the project's success.
2. Technology and Efficiency
Evaluate the technology used by the supplier. High-efficiency CSP systems are crucial for maximizing energy production.
3. Cost-Effectiveness
Analyze the cost versus the output efficiency. Although initial costs might be high, the long-term benefits and energy savings should justify the investment.
4. Scalability
Assess whether the supplier's solutions are scalable to meet future expansion needs without significant additional costs.
5. Customer Support and Maintenance
Ensure the supplier offers comprehensive after-sales support, including maintenance and technical assistance, to minimize downtime and maintain efficiency.
6. Sustainability Practices
Consider suppliers committed to sustainability, using eco-friendly materials and processes in their CSP systems, contributing to your project's environmental goals.
Concentrated Solar Power (CSP) technology finds its application in industrial heating, a significant requirement across various sectors. Industries that demand high-temperature heat for processes such as chemical production, food processing, and textile manufacturing can significantly benefit from CSP's capability to provide stable, high-temperature heat, reducing reliance on fossil fuels and lowering carbon emissions. Another prevalent use case for CSP is in enhanced oil recovery (EOR). In this application, CSP-generated steam is injected into oil reservoirs to increase pressure and reduce the viscosity of the oil, making it easier to extract. This method is particularly appealing for oil and gas companies looking to improve the efficiency and environmental footprint of their extraction processes. Desalination plants also stand to gain from integrating CSP technology. By leveraging the thermal energy produced by CSP, these facilities can efficiently power the process of converting seawater into fresh water, addressing water scarcity issues in arid regions while minimizing the environmental impact typically associated with desalination. Lastly, CSP finds utility in power generation, offering a renewable alternative to conventional power sources. By storing thermal energy, CSP plants can deliver electricity during peak demand periods, including after sunset. This characteristic makes CSP a vital component in stabilizing grid networks and advancing towards a sustainable energy future.
Concentrated Solar Power (CSP) technology, a method that uses mirrors or lenses to concentrate a large area of sunlight, or solar thermal energy, onto a small area, is currently positioned at a high Technology Readiness Level (TRL) of between 8 and 9. This classification signifies that CSP systems are fully functional and have been proven through successful deployment in operational environments. The transition to such advanced TRLs is primarily due to significant technical advancements and extensive field testing that have demonstrated the efficiency and reliability of CSP technologies. Over the years, improvements in thermal storage materials and methods have allowed for better heat retention, enabling power generation even when sunlight is not available, thus addressing one of the primary challenges of solar power. Moreover, advances in the design and materials of CSP components, such as higher precision mirrors and more efficient heat transfer fluids, have reduced costs and improved the scalability of CSP systems. The integration of CSP with existing power plants to create hybrid systems has further validated its operational capabilities and flexibility. These technical milestones have solidified CSP's standing as a viable and increasingly competitive form of renewable energy, ready for broader implementation across the globe.
In the Short-Term, concentrated solar power (CSP) is set to see enhancements in thermal storage capabilities and efficiency improvements in solar collectors. These advancements aim to extend the operational hours of CSP plants beyond daylight, enabling more consistent and reliable power generation. Additionally, there will be a push towards integrating hybrid systems that combine CSP with photovoltaic (PV) technology, optimizing the use of solar energy and reducing costs. Moving into the Mid-Term, the focus will shift towards significant reductions in the cost of CSP technology through materials science innovations. New heat-resistant materials will allow for higher operating temperatures and, consequently, higher thermodynamic efficiency. Furthermore, the development of advanced heliostat designs will improve the accuracy and efficiency of solar tracking, capturing more solar energy with fewer resources. These technological advancements will make CSP a more competitive alternative to traditional and renewable energy sources. In the Long-Term, the advent of next-generation CSP technologies, including particle receiver systems and supercritical CO2 turbines, will revolutionize the field. These advancements promise to drastically increase efficiency and lower the cost of electricity production. Additionally, the scalability of CSP plants will improve, enabling deployment in a wider range of geographical locations. The long-term vision for CSP includes its integration into global grids as a cornerstone of sustainable, low-carbon energy systems.
