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Mission of Rural India Solar Energy-RISE Enterprise

Mission of Rural India Solar Energy-RISE Enterprise

Mission of Rural India Solar Energy-RISE Enterprise

Mission of Rural India Solar Energy-RISE Enterprise, Sonipat, Haryana, India

Who we are?

Rural India Solar Energy-RISE Enterprise  is an EPC company based at Sonipat within NCR Delhi.

What we do?

  • Solar awareness amongst rural masses.
  • Assist domestic/residential/Non Profit Organization/Education institutions to avail Govt Subsidy @30% of whole project or Rs.20,000/- per kWp whichever is less.
  • Asses roof site to analyse feasibility of installation of Rooftop Solar Power Plants.
  • Solar PV Plant design: Grid Tied Roof top or Ground based solar  PV Plant, Off Grid Rooftop or Ground based solar PV Plants with Battery Bank design, Hybrid Rooftop or Ground Based Solar PV Plant with Battery Bank.
  • Project planning, budgeting and identification of the resources needed.
  • Plant Engineering and Design based on Architecture drawings of the site.
  • Solar PV plant energy yield estimations over the entire period of the plant life.

Our Expertise

  • Expert System engineer and Integrator fully trained from GSES (Global Sustainable Energy Solutions-an Australian subsidiary), NISE (National Institute of Solar Energy) and NISE-BUD.
  • We have gained expertise in installation of Rooftop Grid Tied / Hybrid Solar Power Plants with 30% Subsidy on the project from HAREDA.
Our Initiative
  • Solar Energy Information Center established at our Business Venture Showroom is hub for Solar awareness amongst rural masses which not only provides Solar Energy Information but also various Government Subsidy schemes i.e Subsidies on rooftop Solar power plants, Solar irrigation water pump, off-grid Solar Inverter program, Solar water heating system and Solar cooker etc.
  • All private schools, colleges and education institutions in and around rural areas of Sonipat, Haryana have been apprised of importance of Solar Power/Solar Energy and HAREDA’s notification for mandatory installation of Solar Power plant for these kind of user categories.
  • Solar awareness amongst Private Hospitals, builders/owners of houses/buildings/societies  and developers in and around Sonipat.
Our Goal

Other than above we are working towards conversion of traditional electrical inverters into Solar Inverter by installing appropriate quantity of Solar Panels and Charge Controller / Solar Management Unit / PCU befitting end users power requirements.

Our Mission
  • We wish to bring down the cost of Solar Energy / Solar Power so that it is accessible to masses in rural areas.
  • This way we would put into gears our all resources to accomplish our goal of reaching each and  every households for our mission HAR GHAR SOLAR.
Our Motto

We do Solar with Soul.

Our Call to everyone in Solar Industry
  • So we welcome you to participate in this multi-angle, most favored and highly aspiring mission of connecting each home with Solar.
  • If you are an manufacturer / stockist / wholesale dealer of Solar products or Solar BOS, then kindly Connect with us by forwarding detailed specifications and prices along with terms and conditions and mode of payment to info@ruralindiasolarenergy.com
  • Your contribution towards this mission in any form would be appreciated.
  • In case of any clarifications in this regard kindly reach us by calling following Mobile Numbers

Vipin : +919618637662

Anand : +919963493474

Web : http://ruralindiasolarenergy.com

Solar Energy And Its Use

solar energy and its use

solar energy and its use

Solar Energy And Its Use

We’ve used the Sun for drying clothes and meals for a whole lot of years, nevertheless solely not too way back have we been able to make use of it for producing power. The Sun is 150 million kilometres away, and amazingly extremely efficient. Just the tiny fraction of the Sun’s energy that hits the Earth (spherical a hundredth of a millionth of a p.c) is enough to fulfill all our power needs many cases over.

In actuality, every minute, enough energy arrives on the Earth to fulfill our requires for a whole 12 months – if solely we’d harness it precisely.Solar energy utilized sciences use the solar’s energy and light-weight to provide heat, mild, scorching water, electricity, and even cooling, for properties, corporations, and enterprise.There are a variety of utilized sciences which have been developed to learn from solar energy. These embody:

Photovoltaic (solar cell) Systems

Solar cells convert daylight instantly into electricity. Solar cells are generally used to power calculators and watches. They are constituted of semiconducting provides very similar to these utilized in laptop computer chips. When daylight is absorbed by these provides, the solar energy knocks electrons free from their atoms, allowing the electrons to maneuver by way of the material to provide electricity. This method of adjusting mild (photons) to electricity (voltage) is called the photovoltaic (PV) impression.

Solar cells are generally combined into modules that preserve about 40 cells; quite a few these modules are mounted in PV arrays that will measure as a lot as quite a lot of meters on a aspect. These flat-plate PV arrays could also be mounted at a set angle going by means of south, or they’re usually mounted on a monitoring system that follows the solar, letting them seize in all probability probably the most daylight over the course of a day. Several associated PV arrays can provide enough power for a household; for large electrical utility or industrial capabilities, a complete bunch of arrays could also be interconnected to sort a single, huge PV system.

Thin film solar cells use layers of semiconductor provides just some micrometers thick. Thin film experience has made it doable for solar cells to now double as rooftop shingles, roof tiles, setting up facades, or the glazing for skylights or atria. The solar cell mannequin of issues equal to shingles provide the equivalent security and sturdiness as extraordinary asphalt shingles.
Some solar cells are designed to perform with concentrated daylight. These cells are constructed into concentrating collectors that use a lens to focus the daylight onto the cells. This technique has every advantages and downsides in distinction with flat-plate PV arrays. The basic idea is to utilize little or no of the expensive semiconducting PV supplies whereas amassing as lots daylight as doable. But on account of the lenses ought to be pointed on the solar, utilizing concentrating collectors is proscribed to the sunniest components of the nation. Some concentrating collectors are designed to be mounted on straightforward monitoring devices, nevertheless most require delicate monitoring devices, which extra limit their use to electrical utilities, industries, and massive buildings.

The effectivity of a solar cell is measured by means of its effectivity at turning daylight into electricity. Only daylight of certain energies will work successfully to create electricity, and much of it is mirrored or absorbed by the material that make up the cell. Because of this, a typical commercial solar cell has an effectivity of 15%-about one-sixth of the daylight hanging the cell generates electricity. Low efficiencies indicate that larger arrays are needed, and which means elevated worth. Improving solar cell efficiencies whereas holding down the related price per cell is an important objective of the PV enterprise, NREL researchers, and totally different U.S. Department of Energy (DOE) laboratories, they often have made important progress. The first solar cells, constructed inside the 1950s, had efficiencies of decrease than four%.

Solar Electricity

Many power crops as we communicate use fossil fuels as a heat provide to boil water. The steam from the boiling water rotates an enormous turbine, which prompts a generator that produces electricity. However, a model new period of power crops, with concentrating solar power strategies, makes use of the solar as a heat provide. There are three basic types of concentrating solar power strategies: parabolic-trough, dish/engine, and power tower.
Parabolic-trough strategies focus the solar’s energy by way of prolonged rectangular, curved (U-shaped) mirrors. The mirrors are tilted in the direction of the solar, focusing daylight on a pipe that runs down the centre of the trough. This heats the oil flowing by way of the pipe. The scorching oil then is used to boil water in a standard steam generator to provide electricity.
A dish/engine system makes use of a mirrored dish (very similar to a extremely huge satellite tv for pc television for laptop dish). The dish-shaped ground collects and concentrates the solar’s heat onto a receiver, which absorbs the heat and transfers it to fluid contained in the engine. The heat causes the fluid to extend in the direction of a piston or turbine to provide mechanical power. The mechanical power is then used to run a generator or alternator to provide electricity.

A power tower system makes use of an enormous space of mirrors to concentrate daylight onto the best of a tower, the place a receiver sits. This heats molten salt flowing by way of the receiver. Then, the salt’s heat is used to generate electricity by way of a standard steam generator. Molten salt retains heat successfully, so it could be saved for days sooner than being reworked into electricity. That means electricity could also be produced on cloudy days and even quite a lot of hours after sunset.

Solar Hot Water

The shallow water of a lake is often hotter than the deep water. That’s on account of the daylight can heat the lake bottom inside the shallow areas, which in flip, heats the water. It’s nature’s strategy of solar water heating. The solar may be utilized in principally the equivalent choice to heat water utilized in buildings and swimming swimming swimming pools.
Most solar water heating strategies for buildings have two basic components: a solar collector and a storage tank. The commonest collector is called a flat-plate collector. Mounted on the roof, it consists of a thin, flat, rectangular subject with a transparent cowl that faces the solar. Small tubes run by way of the sector and carry the fluid – each water or totally different fluid, equal to an antifreeze reply – to be heated. The tubes are related to an absorber plate, which is painted black to absorb the heat. As heat builds up inside the collector, it heats the fluid passing by way of the tubes.

The storage tank then holds the brand new liquid. It could also be solely a modified water heater, nevertheless it is usually larger and actually well-insulated. Systems that use fluids aside from water usually heat the water by passing it by way of a coil of tubing inside the tank, which is stuffed with scorching fluid.
Solar water heating strategies could also be each energetic or passive, nevertheless the most common are energetic strategies. Active strategies rely upon pumps to maneuver the liquid between the collector and the storage tank, whereas passive strategies rely upon gravity and the tendency for water to naturally circulate into because it’s heated.

Swimming pool strategies are simpler. The pool’s filter pump is used to pump the water by way of a solar collector, which is often constituted of black plastic or rubber. And in reality, the pool retailers the brand new water.

Passive Solar Heating and Daylighting

Step outdoor on a scorching and sunny summer season day, and you’ll actually really feel the power of solar heat and light-weight. Today, many buildings are designed to learn from this pure helpful useful resource by way of utilizing passive solar heating and daylighting.The south aspect of a setting up always receives in all probability probably the most daylight. Therefore, buildings designed for passive solar heating usually have huge, south-facing dwelling home windows. Materials that absorb and retailer the solar’s heat could also be constructed into the sunlit flooring and partitions. The flooring and partitions will then heat up in the middle of the day and slowly launch heat at night, when the heat is required most. This passive solar design attribute is called direct purchase.

Other passive solar heating design choices embody sunspaces and trombe partitions. A sunspace (which could be very like a greenhouse) is constructed on the south aspect of a setting up. As daylight passes by way of glass or totally different glazing, it warms the sunspace. Proper air circulate permits the heat to circulate into into the setting up. On the alternative hand, a trombe wall is a extremely thick, south-facing wall, which is painted black and constituted of a material that absorbs a complete lot of heat. A pane of glass or plastic glazing, put in quite a lot of inches in entrance of the wall, helps preserve inside the heat. The wall heats up slowly in the middle of the day. Then as a result of it cools step-by-step in the middle of the night, it provides off its heat contained within the setting up.

Many of the passive solar heating design choices moreover provide daylighting. Daylighting is solely utilizing pure daylight to brighten up a setting up’s inside. To loosen up north-facing rooms and better ranges, a clerestory – a row of dwelling home windows near the peak of the roof – is often used along with an open floor plan inside that allows the sunshine to bounce all by means of the setting up.

Of course, an extreme quantity of solar heating and daylighting typically is a draw back in the middle of the scorching summer season months. Fortunately, there are quite a few design choices that help preserve passive solar buildings cool within the summertime. For event, overhangs could also be designed to shade dwelling home windows when the solar is extreme within the summertime. Sunspaces could also be closed off from the rest of the setting up. And a setting up could also be designed to utilize fresh-air air circulate within the summertime.

Solar Process Space Heating and Cooling

Commercial and industrial buildings might use the equivalent solar utilized sciences – photovoltaic, passive heating, daylighting, and water heating – which can be utilized for residential buildings. These non-residential buildings may even use solar energy utilized sciences that is perhaps impractical for a home. These utilized sciences embody air circulate air preheating, solar course of heating and solar cooling.

Many huge buildings need ventilated air to maintain up indoor air prime quality. In chilly climates, heating this air can use huge portions of energy. A solar air circulate system can preheat the air, saving every energy and money. This type of system generally makes use of a transpired collector, which consists of a thin, black metal panel mounted on a south-facing wall to absorb the solar’s heat. Air passes by way of the quite a few small holes inside the panel. An space behind the perforated wall permits the air streams from the holes to mix collectively. The heated air is then sucked out from the best of the realm into the air circulate system.

Solar course of heating strategies are designed to provide huge parts of scorching water or space heating for non-residential buildings. A typical system consists of solar collectors that work along with a pump, a heat exchanger, and/or quite a lot of huge storage tanks. The two basic types of solar collectors used – an evacuated-tube collector and a parabolic-trough collector – can perform at extreme temperatures with extreme effectivity. An evacuated-tube collector is a shallow subject full of many glass, double-walled tubes and reflectors to heat the fluid contained within the tubes. A vacuum between the two partitions insulates the inside tube, holding inside the heat. Parabolic troughs are prolonged, rectangular, curved (U-shaped) mirrors tilted to focus daylight on a tube, which runs down the centre of the trough. This heats the fluid contained in the tube.

The heat from a solar collector can be utilized to sit back a setting up. It might seem inconceivable to make use of heat to sit back a setting up, however it absolutely makes further sense in the event you occur to easily think about the solar heat as an energy provide. Your acquainted home air conditioner makes use of an energy provide, electricity, to create cool air. Solar absorption coolers use the identical technique, combined with some very superior chemistry strategies, to create cool air from solar energy. Solar energy can be utilized with evaporative coolers (moreover often known as “swamp coolers”) to extend their usefulness to further humid climates, using one different chemistry trick often known as desiccant cooling.

Experimental Solar Power

A solar updraft tower, usually often known as a solar chimney or solar tower, consists of an enormous greenhouse that funnels proper right into a central tower. As daylight shines on the greenhouse, the air inside is heated, and expands. The rising air flows in the direction of the central tower, the place a turbine converts the air transfer into electricity. A 50 kW prototype was constructed in Ciudad Real Spain and operated for eight years sooner than decommissioning in 1989.]
Thermoelectric or “thermovoltaic” devices convert a temperature distinction between dissimilar provides into current. First proposed as a strategy to retailer solar energy by solar pioneer Mouchout inside the 1800s, thermoelectrics reemerged inside the Soviet Union in the middle of the 1930s. Under the route of Soviet scientist Abram Ioffe a concentrating system was used to thermoelectrically generate power for a 1 hp engine ]Thermogenerators had been later used inside the US space program as an energy conversion experience for powering deep space missions equal to Cassini, Galileo and Viking. Research on this house is focused on elevating the effectivity of these devices from 7–eight% to 15–20%.
Finally, Space-based solar power is a theoretical design for the gathering of solar power in space, for use on Earth. SBSP differs from the usual methodology of solar power assortment in that the solar panels used to collect the energy would reside on a satellite tv for pc television for laptop in orbit, generally referred to as a solar power satellite tv for pc television for laptop (SPS), considerably than on Earth’s ground. In space, assortment of the Sun’s energy is unaffected by the day/night cycle, local weather, seasons, or the filtering impression of Earth’s atmospheric gases. Average solar energy per unit house outdoor Earth’s ambiance is on the order of ten cases that on the market on Earth’s ground. However, there isn’t a such factor as a shortage of energy reaching the ground. The amount of solar energy reaching the ground of the planet yearly is about twice the amount of energy that may be obtained perpetually from coal, oil, pure gasoline, and mined Uranium, combined, even using breeder reactors.

Conclusion

Solar power crops can face extreme installation costs, although this has been lowering on account of curve. Developing worldwide areas have started to assemble solar power crops, altering totally different sources of energy period.Since solar radiation is intermittent, solar power generation is often combined each with storage or totally different energy sources to provide regular power, although for small distributed producer/customers, net metering makes this clear to the patron. On a barely larger scale, in Germany, a combined power plant has been demonstrated, using a mix of wind, biomass, hydro-, and solar power generation, resulting in 100% renewable energy.

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Source by Ian McCoy

Solar Energy – Basic Principles

Solar Energy - Basic Principles

Solar Energy – Basic Principles

This article will describe how solar energy is created and canopy just a few factors of Solar Energy – Basic Principles.

Solar energy is created by delicate and heat which is emitted by the solar, inside the kind of electromagnetic radiation.

With at current’s know-how, we’re able to seize this radiation and switch it into usable kinds of solar energy – equivalent to heating or electrical energy.

Although one may go into technical dissertations almost about electromagnetic radiation, the way it’s reworked into solar energy, and the exact qualities of its electromagnetic rays, this is not one factor the frequent specific individual needs or wants to know.

But in order to have the flexibility to revenue from the use of solar energy, there are a few data it is best to know. Knowing these data may help you to make a sound choices, when utilizing solar energy as a transparent energy provide to your residence, RV, or whatever the case is also.

Available Solar Resource

The technical feasibility and economical viability of using solar energy depends on the amount of obtainable daylight (solar radiation) throughout the area the place you intend to place solar heaters or solar panels.

This is often often called the obtainable solar helpful useful resource.

Every part of Earth is equipped with daylight all through not lower than one part of the 12 months. (I say “part of the year” as a result of the north and south polar caps are each in entire darkness for a few months of the 12 months.) The amount of daylight obtainable is one difficulty to remember when considering using solar energy.

There are a few totally different components, however, which should be checked out when determining the viability of solar energy in any given location. These are as follows:

  • Geographic location
  • Time of day
  • Season
  • Local panorama
  • Local climate

Because the Earth is spherical, the solar hits its ground at completely totally different angles, at completely totally different locations on the globe. This ranges from 0º (merely above the horizon – an excellent occasion of that’s the north pole in the midst of the winter) to 90º (immediately overhead, at and near the equator).

When the solar’s rays are vertical (immediately overhead), the Earth’s ground will get a most of solar energy. The further slanted the solar’s rays are, the longer they need to journey through Earth’s atmosphere sooner than reaching the ground (turning into further scattered and diffuse as they go alongside).

The further scattered and diffuse the solar rays are, the a lot much less concentrated the solar energy is. Because of the reality that the Earth is spherical, the polar areas certainly not get direct daylight, and, all through their respective winter months, they acquire no solar the least bit.

The Earth travels throughout the solar, in an elliptical orbit. Because of its elliptical path, the northern hemisphere of the Earth is nearer to the solar all through one half of the 12 months, and the southern hemisphere is nearer in the midst of the totally different half of the 12 months.

When one part of the Earth is nearer to the solar, it receives further concentrated solar energy. This is the time of 12 months that is often called “summer.”

But regardless of summer season or winter, the 23.5º tilt of the Earth’s axis performs a much bigger operate in determining the amount of daylight hanging Earth at a selected location. The Earth’s tilting ends in longer days throughout the northern hemisphere all through one half the 12 months, and longer days throughout the southern hemisphere in the midst of the totally different half of the 12 months.

Areas such as a result of the United States and Europe acquire further solar energy between May and September – not solely because of days are longer, however as well as because of the solar is form of immediately overhead all through this season. The solar’s rays are way more slanted in the midst of the shorter days of the winter months. Cities equivalent to Denver, Colorado, acquire nearly three occasions further solar energy in June than they do in December.

Diffuse and Direct Sunlight

As daylight passes through Earth’s atmosphere, just a few of it is absorbed, scattered, and mirrored.

The following is a typical itemizing of provides which set off the daylight to develop to be refined:

  • Air Molecules
  • Water vapor
  • Clouds
  • Dust
  • Pollutants

Sunlight affected on this method is called diffuse solar radiation or diffuse daylight.

Sunlight that reaches the Earth’s ground with out being refined is called direct beam solar radiation or direct daylight.

The sum entire of all diffuse and direct solar radiation in a given location is called world solar radiation. It is the general amount of daylight hitting the Earth at any specific spot, every direct and diffuse combined.

Pollution and totally different atmospheric conditions (equivalent to local weather patterns) can reduce direct daylight by 10% on clear dry days. They can reduce direct beam radiation by 100% on thick, cloudy days.

Note that the absence of direct daylight does not imply entire darkness, as some diffuse delicate will nonetheless get through.

Measuring Sunlight and Solar Energy

Scientists measure the amount of daylight obtainable particularly locations in the midst of the completely totally different events of 12 months.

They are then able to estimate the amount of daylight which falls on comparable areas on the equivalent latitude with comparable climates and conditions.

Measurements of solar energy are often expressed as “total radiation on a horizontal surface”, or as “total amount of radiation on a surface tracking the sun”.

In this ultimate case, the assumption is that one is using a solar panel that mechanically tracks the solar.

In totally different phrases, the solar panel could be mounted on a monitoring gadget so that the panel would keep at correct angles to the solar all by way of the day.

This system is primarily used for industrial setups, when it is used the least bit.

Solar Energy Measurements

Radiation information (the amount of solar energy obtainable at a given location) for solar electrical (photovoltaic) strategies is usually represented as kilowatt-hours per sq. meter (kWh/m2). Direct estimates of solar energy is also expressed as “watts per square meter” (W/m2).

Radiation information for solar water heating and home heating strategies is generally represented in British thermal fashions per sq. foot (Btu/ft2).

Source by Anna

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