Tag Archive | "Heating"
Tags: advantage, Advantages, benefit, building, collector, combination, Condition, difference, excessive level, expensive, games kids, green house, green houses, greenhouses, growth of plants, Heating, Heating system, heating systems, high temperature, home, home extensions, humidity, Important, insulate, living space, living spaces, material, Mechanical, mechanical equipment, medium, natural sun, optimal conditions, PACE, passive solar, Passive Solar Heating, playing games, prayer room, requirement, Requirements, sacred items, solar collector, solar heat, solar panel, solar panels, solar space, Structure, summer, sun heat, sun rooms, sun spaces, sunrooms, sunspace, sunspaces, Techniques
Sun rooms, green houses and “sun spaces” are a few terms that are often used interchangeably. But, there is a difference in all of these. It depends upon the purpose for which these are used. These are all used to retain heat from the sun. A brief note on all three is given below:
Sunrooms
It is a general term used for those home extensions that use natural light and windows. You can convert that extended area into reading room because it has ample light. It can also be used as an area for playing games. Kids would surely love that. Another option is to make it your prayer room or store sacred items in that.
Sunrooms don’t necessarily provide heating around the area. These are simple lighted extensions in a home that can be used in various forms.
Greenhouses
Greenhouses are especially made to hold back solar heat. This energy is needed for the growth of plants. Optimal conditions required by plants are not favorable for home living spaces. Moreover, in greenhouses it is important to control high temperature and excessive level of humidity. Otherwise, it is hard for plants to survive.
In a house attached with greenhouse, if windows are fixed in place of insulated walls, house can use more energy.
solar sunspaces and their purpose
Solar sunspaces work differently from greenhouses and sunrooms. These are supposed to collect solar heat that is distributed throughout the home. Since, there is no mechanical equipment or device needed; it is type of passive solar heating.
What are the main advantages of solar sunspaces?
Passive heating system has many advantages over active heating system. Sunspaces are built using techniques that integrate well into the design of a house. These go with the building structure and material, therefore these are not expensive.
Another benefit of solar sunspaces is that these are easy to maintain. There are no solar panels to clean or repair as in other active heating systems.
How sunspaces work?
A combination of direct and indirect solar heat gain is used in sunspaces. They can serve as storage area in the form of an attached room. Where is the solar collector in a sunspace? The space in the attached solar sun space acts as collector. It retains natural sun heat to keep room warm.
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Tags: air conditioning, Alternative energy, appliances, business, conventional sources of energy, decades, electrical devices, energy, Energy conversion, Energy development, energy production, Environment, frequent basis, General Electric, Heating, kitchen equipments, Mojave Desert, new materials, Photovoltaic module, Photovoltaics, popularity, power consumption, relic, return on investment, solar energy, solar panel, solar panels, Solar power, solar power plants, Solar power plants in the Mojave Desert, solar technology, Solar thermal, Technology_Internet, USD, ventilating, water heaters, water pumps, wattage
The use of solar power in homes as well as businesses is the most recent trend in order to protect the environment and also for preserving the power. The conventional sources of energy production depend on relic fuels. These are very expensive as well as pollute the environment. Besides that, these fuels are rapidly depleting.
What is Solar Power?
Solar energy is the power generated from the sun. It has excellent outcomes, if you make utilization of power as well its preservation. With the popularity of solar power, the requirement of solar power merchandise is also increasing.
Solar Power Appliances
Now the individuals are constructing the solar power homes for making their lives easier and for leading their lives resourcefully. Besides constructing solar power proficient homes, they also like to use efficient solar power lighting, electrical devices, water heaters and water pumps. You can therefore, purchase solar power equipments for using in the kitchen
By and large, the apparatus to be used in kitchen are the most expensive in a house, because in the kitchen, equipments function on continuous and frequent basis. Now there is an important aspect to calculate the cost.
Cost Allied to the Power Consumption
It is allied to the wattage that you require or would like to have in your home; the expense varies from US$7.00 to US$9.00 per watt usage. Now, it is correlated to the quantity of solar panels you require or you desire to have; the complete expenses can reach up to the figure of US$70,000.
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Tags: Advantages, bill, central air conditioning, cheap option, cold days, consuming, earth, economic method, Electricity, energy alternatives, energy crisis, energy generation, energy resources, Friendly, generation methods, geothe, geothermal, geothermal system, heat generation, Heating, hot days, hot water heat, low maintenance, maintenance requirement, manner, movement, path, pollution, Reduce, rejection, residence, resident, residential, residential energy, style, system, Technology, underground piping system, underground water, wear, what is geothermal energy, winter season
Various energy alternatives have started making their way in lieu of the energy crisis which the world is facing, energy resources have not only decreased but their prices are also inflating. In view of the situation many power generation methods are emerging one of them being the Geothermal mode of power generation.
What Is Geothermal Energy?
Geothermal energy generation is a mode of energy generation which makes use of the heat from within the earth to provide heating in the cold days, cooling in the hot days and hot water throughout the year.
Residential Energy Provided By the Geothermal System
The energy provided by the geothermal system for your resident is an affordable, efficient and cheap option as compared to the electricity supplied by the utility company and a very economic method for obtaining hot water.
Heat Generation during the Winter Season
In the winter season, the heat is absorbed from the ground or the water underneath the ground, this heat is then transmitted to the geothermal unit of the geothermal system. This transmission of heat is done through an underground piping system or well, this heat is then transferred to the air which in turn distributes it through the duct.
Cooling during the Summer Season
During the summer season the cooling is done by the rejection of the heat present in the atmosphere, to keep the atmosphere cool and to provide central air conditioning. Similar to the manner of heating, in the cooling process the heat travels through the duct but this time the path is different, rather opposite. In the cooling process the heat is transmitted from the atmosphere to the underground water, where it is harmlessly dissipated. A part of heat may however be used to meet the requirement of warm water.
Eco-Friendly
The Geothermal mode of energy generation is eco-friendly and entirely natural, it does not cause any pollution, does not deplete the natural resources and does not cause the environment any harm.
Very Low Maintenance Requirement
The Geothermal system requires a very low maintenance cost and effort as the system incorporates very few mechanical components.
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The solar energy technology is evolving, it’s getting better and more efficient with time, the prices are coming down, investment and research is making its way to this avenue and finally the awareness about it is increasing. Now the information on how to be able to make a solar cell or panel at home is abundantly and easily available with all the guidelines and precautions to be followed. With all this it is very evident that we shall now see a green revolution in terms of energy production. Besides the world is increasingly growing aware of the threats that our environment is facing which is destroying our eco-system and the need to switch to nature friendly ways and methods of productions is increasing.
Many Benefits of Solar Energy
There are numerous benefits of solar energy that make it worth considering as the future major source of energy generation and as the one to be powering your house. Solar power is Eco-friendly, there is no pollution, no environmental damage, optimum utilization of sun energy that reaches the earth and besides, this can also help us in preserving the fast depleting natural resources of oil and coal. It is very cheap as compared to the ever rising bills of energy, which are expected to rise further with the depletion of natural resources and reserves and the increase in their demand.
Your Home Powered by Solar Energy
It is now feasible to power your home with solar energy; the time that the solar energy would be powering the whole of the resident is not far. The photovoltaic solar cells are becoming more and more efficient with time and the solar technology is evolving and producing better results and output. It is not difficult to find a solar residential kit or a solar energy system and if you have the basic knowledge of electricity, you might be able to install one in your home yourself.
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Tags: AC, ac power, alternating, alternating current, appliances, battery, CO, conductor, Connect, crystalline, Crystalline silicon, cycle, DC, devices, difference, direct current, efficient, electric, electric current, Electricity, electron, electronic devices, electrons, elements, energy, energy from the sun, gallium, generate, grid-tied, Heating, hertz, home, home appliances, house, Inverter, Inverters, IREC, junction, light, loose electrons, market, medium, MONEY, name, negative, offâ, panel, Perform, Photovoltaic, photovoltaic cell, photovoltaic cells, point 0, positive, power, Produced, PV system, semiconductor, semiconductor elements, semiconductor layers, semiconductors, sHowItWorksImage, sine wave, solar energy, Solar inverter, solar inverters, solar inverters work, solar panel, solar panels, straight line, toaster, transfer, transformer, travel, wave form, wave motion, waves
Solar inverters are devices which convert direct current into alternating current. DC, commonly known as direct current is in a straight line form, and is not suitable for home appliances. We use AC or alternating current to run our domestic electronic devices. Solar inverters, as is evident from the name; work on the energy obtained from the sun.
How Electric Current is Produced?
Solar panels receive energy from the sun. This energy is in the form of light. Light is transferred to the photovoltaic cells which are mounted onto the solar panels. Photovoltaic cells are made of semiconductor layers of gallium or crystalline silicon. The semiconductors on the solar panel are connected through a junction, and contain both positive and negative layers.
When the heat reaches to the solar panels it is absorbed by the semiconductor elements affixed on them. The energy breaks the loose electrons of crystalline silicon or gallium. The loose electrons start a very fast motion from the negative layer of the photovoltaic cell to the positive layer of the cell. The fast motion of electrons produces electric current. The current generated because of the motion of the electrons in the solar panel is either stored into a battery for later use or is sent to the inverter.
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Tags: Basic, batteries, block, blue print, capacity, cells, charge, cheap, Cheaper, connections, constituents, construction, design, electric circuits, Electricity, electricity network, element, energy, equipment, expensive, experts, extra power, frame, Function, Generates, glass sheet, glass sheets, grip, hardware, hardware store, hardware stores, Heating, holes, home, house, house plans, information, information kit, installed, internet, model, necessary tools, option, pane of glass, panel, panels, Passive, passive solar, place, plan, power, procedure, requirement, resources, screws, silicone, silicone caulk, Situate, situation, Solar cell, solar cells, solar energy, Solar Home, solar house, solar panel, solar panels, Solar power, solar power system, Soldering, sun rays, Technical, technical exercise, Tightly, tools, unit, usage, using internet, ventilation, water, watts, wires, wiring
Developing your own solar cells is not as much technical exercise as you think it to be. It is basically very easy procedure if you have an excellent information kit. You can easily conserve your money partially if not completely by switching over to solar energy if you receive enough sun rays on home. Further you can also conserve money if you construct your own solar panel instead of buying costly complete solar power system.
You need some essential parts which comprise of a board; a wooden board is best one, silicone caulk, some side panels, screws, solar cells, pane of glass and wires and the necessary tools.
The most expensive element of your listed constituents is solar cells. You can easily buy almost every thing of your needs except the solar cells. Various hardware stores near to you may have the solar cells too, but it would be least expensive to get the solar cells using internet.
The Solar Cells:
The first important step before you acquire the items listed, is to work out you power requirements. The experts advice to construct initially one solar panel and if after you enhance your abilities to work with, you can construct the additional panels.
Normally approximate 36 solar cells would be enough to generate 60 watts of electricity. But it varies from solar cells to solar cells depending on its labeled capacity. You need to work out the dimensions of your solar panel according to your power needs or the electric equipment you are going to use with.
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Tags: airflow, auto, auto mechanics, average person, built, car radiator, cheap, color, damage, electron, engine, Engineering, fasteners, functioning, grid, heater, Heaters, Heating, home, Home made solar cell, home solar, hot water, how to, knowledge, leaking radiator, optimized performance, panel, panels, performance, pumps, Roof solar kits, rubber hammer, simple tools, Solar cell, solar energy, solar heat, solar heater, solar heaters, solar kits, solar panel, solar panels, Solar penel, Solar water, spray paint, tack hammer, temperature, tools and gadgets, vehicle, water heater, water heaters, water system
Radiator is a tool placed in the vehicle engine to protect the engine from overheating. The radiator keeps the engine cool and prevents it from getting damaged. Not only this but the there are several other uses of a car radiator. If you are thinking to buy a water heater, and possess a radiator you can save money and get your hot water. We will tell you how to make a solar heater from a car radiator. Radiators can be used to make cheap and strong water heaters.
Simple Technique and Simple Tools
You don’t need to be an expert in auto mechanics or electronics. Any average person without any knowledge of engineering can make a solar heater with a car radiator. All you need is a car radiator, a screwdriver, tack hammer, black spray paint, two rubber radiator pipes and two pipe fasteners. Once you have collected all the tools and gadgets you are ready to start your project.Radiator is the main component of your project therefore it is necessary for you to check it properly. Before you start make sure if it has been repaired, and does not leak. The radiator you will be using should also be properly flushed and pressurized. An unchecked or leaking radiator might not work properly and can cause problems later on.
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Tags: angle, appliances, Basic, batteries, battery, benefit, boron, boxes, cash, charges, collector, company, customer, customers, designs, electric, electric company, Electricity, electricity bills, EMI, energy, energy cost, energy costs, energy from the sun, energy need, energy needs, energy panel, energy sources, Environment, environment-friendly, environmental, expensive, experience, functioning, gases, global, Global Warming, greenhouse, greenhouses, grid, grid tie systems, harmful gases, heat energy, Heating, home and garden, homes, Initial cost, install, installing, Inverter, job, Labor, laws of physics, light energy, load, maintenance, manufacturer, manufacturers, market, medium, microscopic, MIT, module, negative, panels, person, Photovoltaic, release, shape, shedding, silicon, size, Solar cell, solar cells, solar energy, Solar energy panels, solar fountain, solar light, solar lighting, solar panel, solar panel system, solar panel systems, solar panels, solar panels for home, Solar penel, Solar power, Solar thermal, Solar thermal collector, Source, store, store energy, sunlight, supplement, thin rectangle, type, understanding, warm, warming, water, wire, wires, wiring, work
Many people have heard about the solar energy panels and intend to use them in their gardens and homes. Many want to use them in place of the regular electricity. But the problem is that people have heard of them, but do not know how to use them. The other thing that might be a matter of concern for people is that will the solar panels be enough to fulfill their energy needs. We will tell you about different types of solar panels which are available for your home and garden. The aim is to create basic understanding about the solar panels the types of solar panels available in the market. We will also elaborates the functioning and cost of solar panels and suggests what type of solar panels can a you use for your home and garden.
Understanding the functioning of Solar Panels
Like any other form of energy solar energy is also a form of energy. The laws of physics tell us that energy can be converted from one form into the other. Likewise solar energy can be converted into electricity or heat energy. The solar panels do the job; they convert light energy into electricity or heat. Combined with phosphorus, boron or other elements the solar panels are made from silicon plates. The aim is to create solar cells which produce negative and positive charges. The two thin solar panels i.e. photoelectric modules and solar thermal collector are microscopically thin rectangle boxes which absorb the sunlight and convert it to heat or electricity.
Why Solar panels?
The solar panels are more environment-friendly medium of energy. Compared to electricity, solar energy pollutes the environment to the least and does not emit harmful gases which prove harmful for the environment.
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Tags: AC, advantage, air, air collector, air collectors, air condition, air conditioner, air conditioners, air heaters, Alternative energyAlternative energy, and air conditioning, and air conditioningHeating, black metal, black metal plate, building, catch, color, Conditioners, contrary, costs, dark color metal plates, degree, doesnâ, electric, Electricity, EnergyEnergy, exterior, Fahrenheit, free, freeze, Geyser, geysers, glaze, good heat, heat, heater, Heaters, Heating, hot, hot air, install, installed, IREC, liquid system, Mechanism, metal frame, metal plates, Owing, panel, Perform, performance, powered, rays, requirement, running lights, save, simple technology, Solar architectureSolar architecture, Solar collectorSolar collector, solar en, solar energy, solar heaters, Solar heating system, Solar heatingSolar heating, solar panel, Solar penel, Solar power, solar units, Solar water heatingSolar water heating, sun, suns, systems, Technology, Tempe, temperature, tight metal, transfer, Transpired, unit, units, use of solar energy, ventilating, warm
People are getting aware about the use of solar energy which is very beneficial for the nature and the environment. The solar energy is saved by the solar units and then can be used in any way like for running lights, fans, geysers etc.
Mechanism of the Solar Hot Air Heating System
The solar hot air heating system use air as a working tool for storing and transferring of solar energy. The air collectors can be used to heat the rooms directly. The air collector produces the heat all day long because of that it can be used in solar heaters and can be used more comparing to the liquid system.
Another important aspect is that the air system do not freeze, any leakage from the ducts will not cause any problem for it but the leakage will effect the performance .Contrary these problem if arises in liquid system it wont work .So it is a big advantage of solar hot air heating system.
Room Air Heaters
It can be installed on the roof or at the exterior side of the house. The factory made built collectors is also available in market which costs around a few hundred dollars. The collector contains an air tight metal frame and a black metal plate glazed from front, which is being used to absorb the heat. The sun heats the plate and the plate in turns heats the collector and the blow is given to the room .
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Tags: advantage, aluminum, angle, assessment, average, average energy usage, benefit, Calculate, charge, company, complicated, conductor, consumer, costs, credit, Determine, District of Columbia, effective, efficiency, energy, energy efficiency, energy information administration, energy involvement, energy usage, EnergyEnergy, Environment, expensive, formula, generate, government, grant, guide, heat, heat energy, Heating, height, home, homes, how to, install, installation, installing, investment, IREC, kilowatt hour, Labor, lease, manufacturer, national renewable energy, National Renewable Energy Lab, National Renewable Energy Laboratory, NREL, panel, panels, Photovoltaic, photovoltaic cell, photovoltaic cells, Photovoltaic modulePhotovoltaic module, photovoltaic solar energy, planning, Produced, radiation, radiation power, radiations, renewable energy, renewable energy laboratory, residential, Residential solar energy, resource, resource assessment program, saving, Semiconductor devicesSemiconductor devices, simple, site, size, Soalr energy, Solar cellSolar cell, solar en, solar energy, solar energy system, Solar energySolar energy, solar heat, solar panel, solar panel system, solar panels, Solar power, solar power system, solar radiation, solar system, Solar thermal energySolar thermal energy, Source, source of electricity, square meters, SSE, state averages, sunlight, surface, surplus energy, tax credits, types of energy, upfront, US, USA, usage, USD, utility, X Average
For the installation of a Photovoltaic Solar Energy System, firstly you have to check out that how much solar energy is usually absorbed by your panel which depends on the mean daily solar radiations for your area.
1. Calculating the Potential Solar Radiation Power
The average Solar energy obtained is about 4-5 kWh/m2/day, in most of the areas but in some areas it even reaches to 8.
In order to check your area, please concern to this map which is provided by the National Renewable Energy Laboratory (NREL) Resource Assessment Program. In the units kWh/m2/day, where kWh stands for kilowatt hour, with “m” is the area of the absorber, for this case, the photovoltaic cell, with square meters. Where the solar panels work with the efficiency of ranging from 7 to 17%.
Solar Radiation (kWh/m2/day) X % of Solar Panel’s Efficiency (7%) = Tot, Power in kW a solar Panel (2m2) can generate Daily
Keeping in mind the above formula, your habitat consist of an average solar radiation of 4.5 kWh/m2/day in the surface area of about 1m2 of photovoltaic cells, then the resultant can be 0.315 kWh/day (315 Watt/day) with the efficiency of about 7% of an average solar panel.
2. Determine Your Average Energy Usage
Once you come to know that how much solar energy you are obtaining from the sun then you can calculate that how much energy you need on your recent energy involvement.
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Tags: advantage, Advantages, Advantages of geothermal energy, Alternative, Alternative energy, benefit, benefits, boiling point of water, cheap, consumption, cost, earth, earth surface, Eco, economic, economical, Electricity, elements, energy, energy need, energy needs, energy producing, energy techniques, EnergyEnergy, Environment, field, fossil, Fossil fuel, fossil fuels, Fuels, generate, generation, Geo, GeologyGeology, geothermal, Geothermal energy, Geothermal energyGeothermal energy, Geothermal heatingGeothermal heating, geothermal plant, geothermal plants, Geothermal power, growth, growth opportunities, harvesting, harvests, heat, heat energy, heater, Heating, Hydro power, idea, importance, industrial consumption, magma, natural, natural energy, new energy, nuclear, nuclear energy, nuclear energy plants, opponents, pipes, plane, planet, planet earth, power generation plant, power generation using geothermal energy, power plant, project, quantity, renewable energy, resource, resourceful energy, science, sites, solution, surface of earth, Techniques, temperature, the earth, thermal, underground, unit, volcano, volcanoes, zero point
Keeping in view the importance of geothermal energy we shall put all efforts to cultivate geothermal energy techniques. This is a field which has marvelous growth opportunities and it simply harvests the natural energy present under the surface of our planet Earth. There are huge reserves of geothermal energy under the surface of earth. What we have to do is go for it and connect to pipe it up.
The Science of Geothermal Energy
The temperature at centre of our planet the Earth is more than 60 times greater than the boiling point of water. Such a huge temperature generates massive pressure deep under the surface of earth. The vast pressure contains immense quantity of energy in the form of heat and pressure. The pressure so generated develops channels to come out of surface of earth. We can observe this energy when hot fluids called magma flare-up from volcanoes. The idea of geothermal energy is to convert this energy into electricity which we can use for our domestic and industrial consumption. A vast quantity of magma is present deep under the surface of earth. We have to locate such sites where the deposits of magma are large enough to run our project economically. Than we have to develop the channels to release underground pressure. Erect a power generation plant and produce power.
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