USING HEAT FOR COOLING

Transcription

1 USING HEAT FOR COOLING InvenSor Adsorption Cooling Systems AWARD-WINNING: HIGHLY EFFICIENT CHILLER USING WASTE HEAT FOR COOLING THE PUREST REFRIGERANT: 100 % WATER SAVING UP TO 70 % ELECTRICITY AND CO 2

2 START MAKING LIFE COOLER COOLING WITH HEAT Taking a page from nature s playbook. Evaporating and vaporising water provides refreshing cooling. InvenSor chillers work in very much the same way. They are powered by heat and utilise water as an environmentally safe refrigerant. THE IDEA BEHIND INVENSOR S INNOVATIONS Whether you talk about applications in industry, showrooms, IT departments or community facilities: Anyone familiar with cooling or air conditioning knows that this needs a lot of power and, thus, generates high cost. Not so when using an InvenSor chiller! Drawing on waste heat that would otherwise be left unused, our machines generate cooling that is directly usable. MAKING PERFECT SENSE The application of this principle will not only double your monetary savings but also afford you efficient and environmentally compatible cooling. Unlike conventional systems that consume great amounts of electrical power, InvenSor chillers utilise waste heat generated by, for instance, combined heat and power stations, thermal solar plants, and industrial production processes. AN INGENIOUS IDEA Using water as a refrigerant and heat as a power source. This environmentally safe idea has already received multiple awards and proven its - ecological and economic - value in a host of buildings and commercial operations.

3 WE USE WASTE HEAT FOR CLEAN COOLING INVENSOR CHILLERS save up to 70 % in electrical power consumption compared to conventional systems and, thereby, help reduce operating costs significantly. No matter which type of waste heat is used to power them, the machines always operate with utmost efficiency and ease of use. COOLING IS NO LONGER A CONCERN There are no actively moved components inside the cooling chamber. As there is no need to open it for inspection or maintainance purposes it is welded tightly. Thanks to the InvenSor ActiVac technology, the cooling chamber is maintainance-free. MAKE USE OF THE WASTE HEAT generated by your combined heat and power station or solar plant. Put your plant s process waste heat to good use. Regardless of where you produce your excess heat, InvenSor chillers can convert this heat into usable cooling. MADE WITH LOVE The care and attention we invest in our InvenSor chillers show in every detail. Integrated hydraulics, maintenance-free cooling chamber, standard internet connectivity, and a touch screen controller that is utterly amazing. Plug & Chill. COOLING WITH HEAT Using waste heat as driving energy: InvenSor chillers work on the principle of adsorption. They generate cold water and transfer the excess energy to a re-cooler outside of the building.

4 WORLD CHAMPION A single gram of adsorption material has an inner surface the size of a football field. This is the driving force in InvenSor s compact chillers. THE INVENSOR ADSORPTION TECHNOLOGY ZEOLITE COAT ON AN ADSORBER THE EVAPORATION SURFACE on a clay jug is sufficient to keep several litres of water cool for a number of hours. Just imagine the amount of cooling you can generate using the surface area available on several football fields. This enormous cooling capacity is exactly what is at the heart of every InvenSor chiller: a gigantic surface in a miniscule space. SMALL DEVICE, TREMENDOUS IMPACT The piece of an adsorber shown in the picture belongs to the heart that drives the InvenSor adsorption chiller. The sorption process provides high power and efficiency of refrigeration in the evaporation chamber by extracting water vapor. LARGE CAPACITY, LOW DRIVING TEMPERATURE The two adsorbers built into the InvenSor chiller are operated alternately in adsorption mode (vapor extraction) and desorption mode (regeneration with heat). Varying with the type of machine, temperatures as low as 60 C (140 F) are sufficient to achieve excellent capacity and efficiency. THE PARIS WORLD FAIR IN 1878 was the first event that introduced the world to a sorption machine using solar power to produce a block of ice. Since then, ABSORPTION machines have been commonplace for many years. InvenSor s ADSORPTION technology is now raising the bar in terms of capacity density and ease of use. ADSORPTION MATERIAL THROUGH AN ELECTRON MICROSCOPE Zeolites are characterised by their regular arrangement of cavities and channels. Depending on their size, the pores are referred to as micro or meso pores. These materials offer an exceptionally large interior surface boasting, in some cases, more than 1,000 square metres per gram. The greater the surface, the more powerful the sorption process.

5 GENERATE POWER, HEAT & COOLING WITH YOUR CHP UNIT TRIGENERATION Benefit even more from your CHP by cooling or air conditioning. Enjoy an independent electricity supply year-round. Across the globe, we experience a steady increase in energy cost. Combined heat and power stations (CHP) provide for greater independence of rising electricity rates and for a more efficient utilisation of energy. The more hours your CHP is in use, the more power and, at the same time, the more heat it generates for you. However, what to do when you don t need the heat that is being produced? What if you need electricity for cooling, but your CHP is operating at reduced capacity? It would certainly be ideal if you could use the heat to generate cooling energy and, thereby, produce and save electricity at the same time. TRIGENERATION A chiller made by InvenSor allows you to generate cold water and use the heat produced by your CHP unit as operating power. This represents the ultimate additional benefit any combined heat and power station can yield. When outside temperatures are low, an InvenSor chiller can even supply direct cooling via the exterior re-cooling unit (free cooling function). In this case you can use the heat produced by the combined heat and power station for heating. Triple use of primary energy. This is as good as it gets. WHEN COMBINING IT WITH AN INVENSOR CHILLER, YOUR CHP UNIT WILL AFFORD YOU EVEN GREATER INDEPENDENCE. THAT PAYS OFF! EXAMPLE: MITSUBISHI HIRATSUKA PLANT JAPAN To make efficient use of exhaust heat from a CHP unit, three InvenSor chillers (30 kw) have been installed. The machines replace a 37 kw absorption chiller delivering cold water for air conditioning.

6 EFFICIENT COOLING WITH PROCESS WASTE HEAT PROCESS WASTE HEAT THAT IS HELPING YOU SAVE In many production rooms, heat is produced in abundance. You can use this heat efficiently for process cooling or air conditioning, making optimal use of energy in your company. The requirements for chillers and air conditioning systems have seen a dramatic increase as emissions of CO 2 must be reduced. There is, however, a question that is even more urgent: How can we produce refrigerants that are sustainable and comply with the requirements stipulated by law? InvenSor offers solutions suitable to overcome both of these challenges. COOLING OF MACHINERY InvenSor chillers can easily be incorporated into an existing cold water system. The possible applications are just as diverse as the cooling requirements of machinery and equipment, for instance, in production, medical technology and data processing. COOLING OF ROOMS A perfectly tailored air conditioning system can not only increase efficiency but also the comfort level in the room. Showrooms, offices, conference halls, production facilities, laboratory buildings the higher the cooling requirements, the greater the savings in operating costs you can achieve with an InvenSor chiller. AN INVENSOR CHILLER ALLOWS YOU TO USE YOUR PROCESS WASTE HEAT IN A WORTHWHILE AND EFFICIENT WAY. EXAMPLE: WIKANA KEKS UND NAHRUNGSMITTEL GMBH GERMANY Wikana employs InvenSor technology to air-condition their production facilities. This Company of the Year 2011 uses three adsorption chillers with recovered heat from their baking ovens. The intelligent utilisation of the waste heat helps the company save approx. EUR 11,000 in energy costs every year.

7 COOLING ENVIRONMENTALLY FRIENDLY WITH YOUR SOLAR THERMAL PLANT FOR A COOLER LIFE Environmentally sound cooling. Cooling is particularly important with the more intense radiation of the sun in the summer time - be it for private or commercial purposes. An InvenSor system allows you to achieve previously unattainable goals. USING THE SUN TO GENERATE COLD Until now, solar thermal plants have only been used for heating and domestic hot water. Thanks to InvenSor chillers, the sun s energy can now be used for solar thermal air conditioning. Eco-friendly as can be. RENEWABLE ENERGY FOR THE SAKE OF OUR ENVIRONMENT Electrical cooling requires a tremendous amount of energy. This puts a huge burden on the environment and on your wallet. Utilising solar power to generate heat is a giant leap towards a sustainable energy supply. TECHNOLOGY FOR DEMANDING CUSTOMERS Heat-powered chillers allow their users heating and air conditioning with integrated systems on the cutting edge of technology. This approach is not only smart, but also provides for increased independence. RISING TEMPERATURES CALL FOR IMPROVED COOLING. EXAMPLE POUSADA DO PARQUE BRAZIL Since 2011 the Cuiabá eco-hotel uses solar energy for heating and cooling. Cold water from an InvenSor HTC 18 chiller is used for cooling the walls of the building.

8 AN AWARD-WINNING SYSTEM The innovative InvenSor chillers have been awarded several prizes. The German Federal Ministry for the Environment named them Highly efficient chillers. Initiative Mittelstand listed InvenSor as BEST OF 2013 and BEST OF 2014 for Innovation in IT Business. INVENSOR: AWARD-WINNING ECONOMICALLY AND ECOLOGICALLY The systems made by InvenSor are particularly friendly to the environment, not least because of their energy efficiency. The applied technology relies exclusively on substances that are not harmful to the environment. PURE WATER The refrigerant used is the most environmentally friendly in the world: pure water. This makes installation and maintenance quick and easy and also helps protect the environment. PURE DELIGHT The chillers reduce energy costs thanks to highly efficient technology, and they are environmentally friendly in two ways: lower energy consumption and fewer emissions. Welcome to Clean Cooling! REDUCTION OF CO2 EMISSIONS AND A NATURAL, SUSTAINABLE REFRIGERANT. HERE IS THE KEY TO ENVIRONMENTALLY SAFE COOLING.

9 MAKING THE WORLD A COOLER PLACE Producing one-of-a-kind chillers, InvenSor supplies environmentally compatible cooling that is successful around the world. Help us reduce the planet s CO 2 emissions! EXCELLENT TECHNOLOGY: INVENSOR ADSORPTION PRODUCTS INVENSOR ADSORPTION CHILLERS The machines in the LTC product family are designed for particularly low driving temperatures, running for example with waste heat from CHP units. The machines in the HTC family are perfect for high outside temperatures while working with dry re-coolers. INVENSOR OEM SOLUTIONS Besides offering the standard LTC and HTC chillers, InvenSor is also your partner for customized chillers and heat pumps for different applications and climate zones. INVENSOR R&D COOPERATION InvenSor engineers are constantly working on improving our adsorption chillers. You are looking for a competent partner in adsorption R&D? Please contact us! We are available for R&D cooperations. FROM ADSORPTION THERMODYNAMICS TO DETAILS OF SYSTEM INTEGRATION IN STATIONARY AND MOBILE APPLICATIONS: INVENSOR IS ENGINEERING THE FUTURE OF ADSORPTION APPLICATIONS.

10 Sales Planning System Engineering R&D Production Marketing Our teams look forward to meeting you!

11 HOW TO GENERATE COLD FROM HEAT? WITH A TEAM THAT ALWAYS KEEPS A COOL MIND... We are delighted to be ranked among the world s leading businesses developing and producing adsorption chillers for system capacities up to 250 kw (71 RT). OUR CHILLERS supply cold water which they generate using heat instead of electricity. OUR TEAM can look back on more than 15 years of leadership in the adsorption chiller industry as well as long years of experience in the fields of heating, solar and air conditioning. WE MARRY OUR KNOW-HOW with state-of-the-art technology, thereby forging ahead into new territory in terms of the performance, efficiency and user friendliness of thermally driven cooling systems. OUR PRODUCTION FACILITIES have been established in Germany - side by side with development of products and engineering of systems. Our engineers will accompany our products until they are turned over at their destination: Your ground-breaking machinery and building technology, cooled with Clean Cooling. InvenSor GmbH Lutherstadt Wittenberg Germany Branch office Berlin Gustav-Meyer-Allee 25 D Berlin T +49 (0) F +49 (0) info@invensor.de