Canned Heat
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This document describes a portable thermal energy storage concept called "Canned Heat" using adsorption. It has several potential opportunities including providing space heating using only battery power for first responders or storing heat indefinitely at room temperature without insulation. The concept involves modular units that store heat through adsorption of water onto a synthetic adsorbent material. When needed, stored heat is released by adding humid air which causes desorption and releases hot air using only a battery-powered fan. A 20kg unit could store about 6KW of thermal energy indefinitely without insulation required. Simple product concepts include energy storage appliances, modular energy storage banks, room heaters, and emergency vehicle or seasonal heating.
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LMK Thermosafe Ltd manufactures flexible heating jackets for industrial containers like IBCs and totes. Their IBC2 jacket has two heating circuits that can independently heat the top and bottom of containers. The lower-cost IBC1 jacket is suitable when faster heating is not required. Custom jackets can be made to fit containers from 4060-4310mm in length and 950mm wide. Insulated lids are also available to minimize heat loss.3 chapter 3 solar energy
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Chapter 3 discusses solar energy, focusing on solar radiation, thermal energy, photovoltaics, and CO2 capture. It emphasizes the significance of the sun as a primary energy source and explores various technologies for harnessing solar energy, including solar thermal systems and different types of photovoltaic cells. The chapter also outlines the mechanisms of solar energy conversion and its applications in domestic, commercial, and industrial sectors.Greenhouse heating automation control and others
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The document provides an overview of greenhouse heating methods, highlighting insulation's importance in reducing heat loss through conduction, convection, and radiation. It compares various heating systems, including gas, electric, and solar, and discusses optimal materials for greenhouse coverings. Additionally, it outlines drying capabilities using greenhouses and the advantages of solar dryers for agricultural products.Solar cooker - Classifications and Working
Solar cooker - Classifications and Workingmohammed ashique
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The document discusses the benefits and principles of solar cookers as an alternative to traditional cooking methods that rely on wood and fossil fuels. It covers various types of solar cookers including box, parabolic, and panel cookers, detailing their operating principles, advantages, and disadvantages. Additionally, it highlights community solar cooking systems and thermal storage techniques, addressing the environmentally friendly and health-related aspects of using solar energy for cooking.Flat plate collector by Nishant Raj Kapoor
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The document presents a presentation on flat plate solar collectors. It discusses that flat plate collectors consist of an insulated metal box with a glass or plastic cover and a dark absorber plate. Solar radiation passes through the cover and heats the absorber plate. A fluid circulates through tubes connected to the plate to transfer the heat. Flat plate collectors are commonly used for domestic hot water and space heating. They can achieve temperatures up to 100属C. While simpler than other collectors, they require a large surface area for high energy output. The presentation covers the components, materials, applications and advantages of flat plate collectors.Fpc by n.raj
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The document presents a presentation on flat plate solar collectors. It discusses that flat plate collectors consist of an insulated metal box with a glass or plastic cover and a dark absorber plate. They are able to heat liquid or air to temperatures under 180属F. The key components are the transparent cover, tubes and fins for fluid flow, a metallic absorber plate, insulation, and an enclosing casing. Materials for the different components must have properties like high conductivity, strength and durability. Flat plate collectors are widely used for domestic hot water and some commercial applications like laundromats due to their ability to use both direct and diffuse sunlight without orientation requirements.Cryogenic insulations
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Cryogenic insulations are needed to minimize heat transfer into storage tanks and transfer lines for cryogenic liquids. There are several types of insulation classified based on cost, weight, ease of application, and thermal conductivity. Expanded foams, gas-filled powders, and fiber materials provide insulation through a cellular or porous structure that reduces conduction and convection. Vacuum, evacuated, and opacified powder insulations further reduce conduction and radiation by removing gases. Multilayer insulation uses alternating conductive and non-conductive layers under vacuum to maximize reflection of radiation for optimal heat transfer prevention. The type used depends on the insulation needs and limitations of the specific cryogenic system.Phase change materials in renewable energy
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The document discusses the integration of renewable energy sources, particularly solar thermal energy and phase change materials (PCM), in building systems to address energy needs and combat environmental issues. It presents a case study of a 240.7m tall residential building in Mumbai, highlighting the challenges of implementing solar solutions due to limited space and fluctuating demand for hot water. The proposed solution includes the use of solar thermal collectors and PCM for effective energy storage and temperature control.7cryogenicinsulations and pump.pptx
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This document discusses different types of insulation used for cryogenic applications. It describes six main types: 1) Expanded foams like polyurethane and polystyrene foams which have low conductivity but can crack during cooling. 2) Gas-filled powders and fibers like perlite and fiberglass which reduce convection. 3) Vacuum insulation which eliminates conduction and convection but requires high vacuum. 4) Evacuated powders and fibers which have lower conductivity than vacuum alone. 5) Opacified powders which further reduce radiation by adding metal flakes. 6) Multilayer insulation which alternates reflecting layers and spacers, having the best performance but highest cost. The document provides details on properties,Cold store
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Agriculture is a major industry in India, with 70% of the population engaged in it. However, about 33% of agricultural production, especially fruits and vegetables, is wasted due to lack of proper storage and transportation facilities. Cold storage infrastructure helps reduce this waste by preserving perishable goods. India has over 5000 cold storages with a total capacity of over 23 million metric tons. Major cold storage companies use technologies like refrigeration systems and insulation to maintain optimal temperatures and humidity levels for long-term storage. Proper design of features like cooling coils, air circulation, and doors is important for efficient cold storage operations.engg 321 topic 2 neeraj.pdf
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This document discusses the planning and design considerations for a greenhouse facility, including site selection, orientation, structural design, and covering materials. It outlines key factors like adequate solar exposure, ventilation, drainage, and protection from wind and snow loads. Common greenhouse frame structures include arch, gable, hoop and Gothic designs, with materials like wood, bamboo, steel pipes, and concrete. Covering options provide light transmission while protecting the interior from heat, cold, and UV rays. Structural integrity is important to withstand dead loads from the framing as well as live, wind, and snow loads.Recent advancements in solar cookers2
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The document discusses recent advancements in solar cookers. It describes India's renewable energy potential, including its installed solar power capacity by state. It then discusses the history of solar cooking and defines solar cookers. The main types - box and parabolic solar cookers - are described and compared, outlining their components, working principles, advantages, and disadvantages. Solar cookers provide economic and environmental benefits over biomass fuels but are limited by weather conditions. Further research and development can help optimize their design and efficiency.Ad
Canned Heat
- 1. Canned Heat Portable Thermal Energy Storage J. Skardon 20 May 2013 jskardon@gmail.com
- 2. Opportunities No way to provide space heating using only battery power PV Thermal systems size can be reduced by 50% if thermal energy can be stored First responders have no intrinsically safe way to provide space heating using only battery power- must ship fuel and fuel stoves No way to store heat indefinitely for future use without extensive insulation 2John N. Skardon
- 3. Product Concept Modular/Portable Units (10-40 lbs) Store heat at room temperature, no insulation, keep on shelf until needed Release heat by adding humid room temp air- only requires a battery powered fan to release kilowatts of hot air 4X energy storage capacity of water 3John N. Skardon
- 4. A Few Technical Basics Material Synthetic adsorbent Can be purchased (bulk) or made on site Can be grown as very thin film Density: 650 kg/m3 Energy storage 200kwh/m3 , upper limit 300 kwh/m3 4John N. Skardon
- 5. 5 Adsorption- Exothermic Generation of Heat Adsorbent filled cylinder Hot Dry Air out 60-80C As water adsorbs onto the Adsorbent, energy is released and the weight of the Adsorbent container increases due to the adsorbed water (max about 250mg/g of Adsorbent uController Rh, T sensors Rh, T sensors 25-35C 90% RH Air In Temp Lift 15-40C John N. Skardon
- 6. 6 Desorption-Endothermic Thermal Storage As water desorbs, steam is released and the weight of the adsorbent container decreases Adsorbent filled cylinder Moist air out Renewable powered air heater or waste heat 150 to 250C John N. Skardon
- 7. Simple Product Concepts Energy storage appliance Modular/expandable energy storage bank Room Heater Emergency heat for car, truck, first responder Seasonal heat storage Carbon credits? 7 A 20kg unit can store about 6 KW indefinitely at room temp, no insulation needed. Unit must be kept air tight during storage (valves closed) John N. Skardon