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Mägenwil, Switzerland
1-10 Employees
2003
Solar Cooling Engineering GmbH (SCE) is a spinoff company of the Institute of Agricultural Engineering of the University of Hohenheim in Germany. Its mission is to raise awareness on the use of solar energy for refrigeration with focus on low GWP refrigerants, thermal storage and sustainable insulation materials. SCE provides technical support to institutions form the private and public sector promoting the local production as pathway to reduce final system cost and create specialized jobs. With focus on thermal (ice) storage for an optimal or non use of electrical bateries. Our solutions are suitable for several appliances and can be built in a modular way supporting local production. Our offer includes common field testings and support by selecting the right local sourced components.
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Solar Cooling Trainings | Solar Cooling Engineering
... Solar Cooling Trainings | Solar Cooling ...
Graz, Austria
11-50 Employees
1992
SOLID Solar Energy Systems (SOLID SES) is a system engineering company that provides customer-centred turnkey and Energy Service Contract solutions for Planning and Operation of large-scale solar thermal energy systems. SOLID brings together extraordinary knowledge, experience in market application and R&D in areas of planning and operation of large-scale solar thermal energy systems and solar thermal technologies (collectors, long term storages and heat pumps) to the benefit of our customers. SOLID solar thermal hot water solution for one of the world’s most famous universities. We at SOLID constantly strive for the customer’s best option to use solar thermal energy. SOLID thinks ahead and provides innovative solutions for solar heat and cold generation. SOLID’s solutions are always adopted to the customer’s needs. SOLID cooperates with trusted partners for implementation of solar thermal plants. Our promiseSOLID thinks ahead and provides innovative solutions for heat and cold generation, enables ways and means for the implementation of modern energy projects and builds sustainable systems for all our clients.
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Solar Cooling
... Solar irradiation and cooling demand match ...
United States
1-10 Employees
We are committed to the lowest energy bill obtainable through one complete efficient installation. This decision was made when we added solar to our services. Advanced Solar is a member of the Better Business Bureau (BBB) and the National Federation of Independent Business (NFIB). What we have to offer that others don’t? Advanced Solar offers our customers a completely different approach to installing photovoltaic solar systems. We believe in finding the most efficient way to use the power being produced by your panels. Advanced Solar is the ONLY business in the state of Delaware that can combine heating, cooling, solar and hot water systems together to guarantee our customers the lowest possible utility bill.
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Service | Advanced Solar Heating & Cooling | repair and install
... Advanced Solar Heating & Cooling not only provides service and repair to our contract customers but to all home owners and small business’ in the area. Our technicians are skilled to work with gas furnaces, oil furnaces, boilers, roof top equipment, heat pumps, central air ...
Stuttgart, Germany
11-50 Employees
2019
Welcome to SelfChill, a brand dedicated to providing sustainable cooling solutions for a better future! At SelfChill, we believe that sustainable cooling is not just a necessity, but a responsibility.Our mission is to make cooling systems more energy-efficient and eco-friendly, while ensuring maximum performance and durability. SelfChill is your brand for sustainable cooling solutions. We offer a variety of system configurations for different uses: solutions for cold chains in the agricultural sector, air conditioning for residential homes and cooling for industrial applications. Promoting local entrepreneurship by offering training and support. Extending product lifetime and improving quality for better health and hygiene. Enabling farmers to start new innovative business models.
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Providing modular solar cooling solutions for off-grid areas
... The SelfChill Cooling Unit is a solar-powered cooling technology that is designed to operate efficiently even in extreme ambient temperatures. ...
Peterborough, United Kingdom
1-10 Employees
2007
We are bringing to market directsolar heating solutions and a refrigeration and air-conditioning device that requires no electricity, has no moving parts, is silent and uses natural refrigerants. Robert and Michael came together with a shared mission: to rid the world of electricity consuming and carbon-emitting air-conditioning systems.Early product development was largely self-funded until a patent was granted for the modular solar-thermal cooling system that they had developed. Our team combines engineering expertise, manufacturing setup and commercial experience. The collector is also available as a separate product that is ideal for industry heating for the creation of steam or cooling in conjunction with absorption chillers. Our design philosophy is to develop a system that provides the cheapest watt of cooling.
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The Solar Cooling technology
... We develop and manufacture products that make a substantial contribution to reducing global carbon emissions, while generating the lowest cost per Watt of solar heating or cooling. ...
Eldoret, Kenya
1-10 Employees
2017
We provide dairy and drying solutions to various stakeholders in the supply chain saving each liter at a time and ensuring sustained quality milk for value addition and more income to youths and smallholder farmers. We are specialists in solar cooling, solar drying and dairy management ERPs. We are a youth-led manufacturing and last-mile distribution company providing hardware and software solutions for use in post-production. We Deliver Sustainable Dairy Solutions and Solar Dryers to Maximize Potential and Create Lasting Impact! We are your post-harvest champion – providing innovative solar cooling and drying solutions. We are proud to team up with our partners and collaborators to provide cutting–edge dairy solutions! Savanna Circuit Technologies builds solar-powered mobile chillers to facilitate an innovative cold chain for dairy businesses to prevent microbial growth and spillage, resulting in compromised milk quality leading to rejection at cooperatives. We offer real-time milk quality data for maximized profits through a lease and Cooling As A Service (CAAS) model.
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Products - Solar Cooling, Drying, and Dairy Management
... Bringing the power of the sun to your business with our specialized solar cooling, drying, and dairy management solutions. ...
Hong Kong Island, China
51-100 Employees
1949
Burgeson's Heating, A/C, Electrical, Solar & Plumbing has been "Serving the Inland Empire since 1949" and we are consistently building relationships with you and your family that will continue in the years to come. From the chilly days of winter to the hot and humid days of summer, Burgeson's is just a call away. We have both the knowledge and the experience to not only treat your home as a part of the family, but to keep it comfortable for you and your family all year 'round. By far the best customer service I received in a very long time. I felt very comfortable with the technician in my home.
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HEATING, COOLING ELECTRICAL, SOLAR & PLUMBING SERVICES IN COLTON, CA
... Trustworthy Heating, Cooling, Electrical, Solar & Plumbing Pros Serving ...
The Hague, Netherlands
1-10 Employees
2012
Behind Emergi is a group of very experienced and enthusiastic individuals. Selina Abraham joined Emergi in 2020 to support Emergi's activities as a Creative Director. Discover Emergi's pilot project ride-hailing service that takes a hollistic approach to the future of ride hailing —where electric tuktuks, or kekehs, driven by skilled women make each journey sunny and breezy. The team behind Emergi is a core group of very experienced and enthusiastic individuals. Richard van Hoolwerff is the founder and CEO of Emergi. Stemming from a strong passion for entrepreneurship, Richard’s focus is the development of sustainable solutions to solve social inequalities. Elvis Teddy Thomas is an intern at Emergi. Working as a team, we aim to deliver delightful experiences, spreading happiness among users, service providers, and partners alike.
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Solar Cooling Device
... Tailor-made Solar Cooling ...
Bluffton, United States
11-50 Employees
1999
Our qualified and experienced technicians are Nate Certified, which is the highest certification in the industry. We use the most innovative technology and installation practices to design your home comfort systems that gives you the most comfort for your energy dollar, today tomorrow and for the life of your system. We offer 24/7 service for your emergency repair needs. Superior Services, originally Superior Heating and Air, was established in Bluffton, SC in 1999, servicing Hilton Head Island, Bluffton, and other nearby areas with professional HVAC services. Superior Services is a full-service HVAC residential company offering AC repair, plumbing, electrical, duct cleaning, and much more in Bluffton and Hilton Head, SC. Superior Services is a full-service residential HVAC company based in Bluffton, SC. Committed to your comfort and satisfaction, our team offers a comprehensive range of heating and cooling solutions tailored to your needs. Superior Services is a full-service residential HVAC company based in Hilton Head, SC.
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Solar Heating and Solar Cooling
... Solar Heating and Solar Cooling ...
Manises, Spain
1-10 Employees
Todos nuestros productos se crean en nuestra fábrica. Sistemas diseñados para proporcionar y mantener temperaturas ultrabajas para aplicaciones específicas. Con años de experiencia en el campo de la refrigeración e industria alimentaria, y con proyectos en funcionamiento en más de 30 países.
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Solar Cooling Container – Cold In Containers
... Solar Cooling Container 0ºC / -15ºC Intelligent energy management system Autonomous cold room with power supply using solar energy in a shipping container. It is a mobile and renewable solution that applies the new energy technologies for projects of cold. Need our help? Talk to us about ...
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 Solar Cooling
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 57 |
| Amount of suitable service providers | 47 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1949 |
| Youngest suiting company | 2019 |
Solar cooling refers to a technology that utilizes solar thermal energy to power refrigeration systems, providing a sustainable alternative to traditional electrically powered cooling systems. This innovative approach harnesses the abundant energy from the sun, converting it through thermal collectors into usable heat. This heat then drives a cooling process, typically through absorption or adsorption refrigeration cycles, to produce chilled water or air for cooling purposes. The significance of solar cooling lies in its potential to reduce electricity consumption and greenhouse gas emissions, presenting a greener solution for air conditioning in residential, commercial, and industrial settings. By capitalizing on solar energy, particularly in regions with high solar irradiance, solar cooling systems can significantly decrease the reliance on fossil fuels and the electrical grid, especially during peak demand times when traditional cooling systems are most active. Moreover, the adoption of solar cooling technology aligns with global efforts towards energy efficiency and sustainability, making it a pivotal development in the transition to renewable energy sources. Its role extends beyond environmental benefits, as it also presents economic advantages by lowering operational costs associated with cooling, further driving its appeal and adoption in various sectors.
1. Renewable Energy Source
Solar cooling systems harness the sun's energy, making them an eco-friendly alternative to conventional cooling systems that rely on electricity from non-renewable sources. This method significantly reduces carbon footprint and promotes sustainability.
2. Cost Efficiency
After the initial installation, solar cooling systems offer low operational costs. They significantly reduce electricity bills since they primarily use solar power, which is free and abundantly available. This makes solar cooling a cost-effective solution over time.
3. Low Maintenance
Solar cooling systems are known for their durability and require minimal maintenance compared to traditional air conditioning units. This reliability translates to fewer worries about breakdowns and additional savings on repair and maintenance costs.
4. Improved Energy Independence
By utilizing solar energy, households and businesses can achieve greater energy independence. This reduces reliance on the grid and vulnerability to power outages and fluctuations in energy prices, offering a more stable and predictable energy solution.
5. Environmentally Friendly
Solar cooling systems do not emit harmful pollutants or greenhouse gases, making them a clean alternative that contributes to reducing global warming and air pollution. This benefit aligns with global efforts to transition to greener energy sources.
While evaluating the different suppliers make sure to check the following criteria:
1. Efficiency and Performance
Ensure the supplier's solar cooling systems demonstrate high efficiency and performance metrics, including COP (Coefficient of Performance) and EER (Energy Efficiency Ratio).
2. Technology and Innovation
Look for suppliers who invest in the latest solar cooling technologies and innovations. This includes advanced photovoltaic (PV) panels and thermal solar collectors.
3. Scalability
Consider the supplier's ability to offer scalable solutions that can be customized to meet your specific needs, whether for residential, commercial, or industrial applications.
4. Cost-Effectiveness
Evaluate the overall cost-effectiveness of the supplier's solar cooling system, including initial installation costs, maintenance expenses, and potential energy savings.
5. Sustainability
Check the supplier's commitment to sustainability, ensuring their solar cooling systems are designed to minimize environmental impact.
6. Warranty and Support
Assess the warranty periods offered for the solar cooling systems and the availability of customer support services, including maintenance and repair.
Solar cooling technology, harnessing solar energy to power cooling systems, presents versatile applications across multiple industries, enhancing efficiency and sustainability. Manufacturing Sector: In the manufacturing industry, solar cooling systems are pivotal for maintaining optimal temperatures in production facilities. These systems ensure a conducive environment for machinery operation and sensitive product storage, like pharmaceuticals or perishable goods, reducing energy costs and carbon footprint. Data Centers: Data centers, critical to the digital economy, require continuous cooling to prevent overheating of servers and equipment. Solar cooling offers an eco-friendly solution, significantly lowering operational costs and supporting sustainability goals by reducing reliance on traditional cooling methods. Agriculture: The agriculture sector benefits from solar cooling in preserving farm produce quality during storage and transport. By maintaining controlled temperatures, solar cooling systems extend the shelf life of fruits, vegetables, and other perishables, contributing to reduced food waste and increased marketability. Hospitality: For the hospitality industry, particularly in hot climates, solar cooling enhances guest comfort and satisfaction by providing efficient air conditioning. This adoption not only decreases electricity bills but also positions establishments as eco-conscious, appealing to environmentally aware travelers. These use cases illustrate the broad applicability and benefits of solar cooling across industries, highlighting its potential to revolutionize business operations while championing sustainability.
Solar cooling technology, which harnesses solar energy to power cooling systems, is currently positioned at various stages of the Technology Readiness Level (TRL) spectrum, predominantly ranging from TRL 4 to TRL 9, depending on the specific technology and application in question. This broad range is attributed to the diverse methodologies employed in solar cooling, such as absorption, adsorption, desiccant systems, and photovoltaic-driven cooling. The lower end of the TRL spectrum (TRL 4) encompasses systems still in the developmental or prototype testing phase in a controlled environment, where the focus is on validating the operational feasibility of these technologies. Technical challenges such as efficiency optimization, cost reduction, and integration with existing building infrastructure are pivotal factors that necessitate further research and development. Conversely, technologies at the higher end of the spectrum (TRL 9) represent fully matured, market-ready solutions that have been demonstrated to operate reliably in real-life conditions. These systems have overcome significant technical hurdles, including enhancing system efficiency, ensuring durability, and proving economic viability compared to conventional cooling methods. The variation in TRL levels reflects the ongoing innovation in solar cooling technologies, as researchers and engineers continue to tackle the technical challenges associated with improving efficiency, reducing costs, and facilitating broader adoption in residential, commercial, and industrial settings.
In the short-term, solar cooling technology is set to experience significant advancements in efficiency and cost reduction. Developments in photovoltaic (PV) panel efficiency and solar thermal collectors will enable more effective conversion of sunlight into cooling energy, reducing electricity costs for consumers. Additionally, integration with existing heating, ventilation, and air conditioning (HVAC) systems is expected to improve, facilitating easier adoption in residential and commercial buildings. Mid-term projections indicate the emergence of hybrid solar cooling systems that combine photovoltaic and thermal technologies. These systems will not only provide cooling but also supply electricity and hot water, maximizing the utilization of solar energy. Innovations in energy storage solutions, such as phase change materials and thermal batteries, will allow for the storage of excess solar energy generated during the day, ensuring a continuous cooling supply during nighttime or cloudy periods. Looking at the long-term, the focus shifts towards sustainability and zero-emission cooling solutions. Breakthroughs in materials science are anticipated to lead to the development of advanced solar absorption refrigerants with minimal environmental impact. The integration of artificial intelligence (AI) and the Internet of Things (IoT) will optimize system performance, adapting cooling needs in real-time to reduce energy consumption significantly. These advancements will pave the way for solar cooling to become a cornerstone of green building designs, contributing to the global efforts in combating climate change.
