Solar Energy Projects in India are one of the fastest growing industries. As of 30 June 2017, the country’s solar grid had a cumulative capacity of 13.11 GW. India quadrupled its solar-generation capacity from 2,650 MW on 26 May 2014 to 12,289 MW on 31 March 2017. The country added 3.01 GW of solar capacity in 2015-2016 and 5.525 GW in 2016-2017, the highest of any year, with the average current price of solar electricity dropping to 18% below the average price of its coal-fired counterpart. – Source, Wikipedia.
India is one of those few countries which have the highest solar electricity production per watt is installed, and continuing to develop the electricity with solar power projects in Tamil Nadu, Rajasthan, Gujarat, and Maharashtra. So, EMMVEE is here to capitalize the market requirements and offer their quality services and products with really genuine prices.
Solar Energy Projects are used for electricity generation that is fed into the grid. Such Solar Energy Projects typically consist of photovoltaic (PV) panels, a DC/AC power converter/inverter, racks, mounting fixtures, and electrical interconnections. Additionally, such Solar Energy Projects could also include maximum power point trackers (MPPT), battery systems and chargers, solar trackers, software for energy management, solar concentrators etc. The electricity generated by EMMVEE is either stored, used directly for self-consumption, or is fed into large electricity grids.
Solar Energy Projects can be categorized into 2 broad categories – Grid Connected and Off-Grid plants. The various modes under which a Solar Energy Projects can be setup depends on the specific requirement. All the following are valid modes and the costs for each kind of system varies based on various factors:
- Off-Grid Captive Consumption for domestic premises
- Off-Grid Captive Consumption for commercial premises
- Grid Connected (Net Metered) Captive Consumption for domestic premises
- Grid Connected (Net Metered) Captive Consumption for commercial premises
- Sale of Power generated to local Distribution Company (DISCOM)
- Sale of Power generated to 3rd Party consumer (Industry or Commercial entity)
Solar Energy is the energy generated from sun light, and has been a rich source of power since thousands of years. The conversion of energy from sunlight in the form of electricity is what solar power is. Solar Energy Manufacturing is the most reliable, affordable and innovative way to generate electricity for common use. With zero environmental emissions and silent operations solar energy manufacturing has become the most convenient and affordable source of energy of the modern civilization.
The Absolute Benefits of Solar Energy
The manufacturing of solar energy can be initiated from a small roof top to a large integrated systems. There are two processes being used for the manufacturing of solar power – the photovoltaic system and the concentrated solar power system.
In the photovoltaic system also known as the PV system, the conversion happens through the solar cells using photo electric effect. In the past decade the PV system has become the main stream application in generating electricity.
On the other hand the concentrated solar power system uses mirrors and lens panels to captures a larger area of direct sunlight and converts it into a beam. The heat generated out of the beam is further used to heat up power plants to generate energy and store it.
The increasing need and electricity and competitive market has considerably made it easier for general public to install solar power systems for their individual electricity needs at their personal properties. In many developing nations government extends subsidies for people who let out the excess electricity produced to the national grid for public use.
Science and technology have been giving a lot to the world. The science researchers discover something or the other almost every day which benefit mankind. Among the various discoveries, solar power technology has brought numerous benefits. It is a kind of technology which utilizes sun energy to generate electricity.
This technology helps to save people from paying huge electricity bills. It allows to utilize the benefits of nature in an effective way so many manufacturers come up to manufacture the solar cells otherwise called as photovoltaic cells which helps to convert sunlight to electricity. The technology has revolved over the years to provide better quality and efficient services. Traditionally, silicon was used for solar cells but gradually photovoltaic material was used as it came out as the most cost effective.
Efficient And Durable Photovoltaic Modules
This industry is growing and the Photovoltaic Manufacturer ensures to provide the high quality and efficient photovoltaic solar cells. Numerous PV cells are connected as a chain and protected by glass or plastic material to form large solar panels. You will get mono crystalline and poly crystalline photovoltaic modules which ensure high performance in On-grid modules and Off-grid modules. The manufacturers ensure to provide highly powerful modules which can endure high operating temperature and voltage. They only send the modules to market after checking out their performance in enormous conditions.
Photovoltaic Manufacturer not only specializes in manufacturing high quality photovoltaic modules but also provides engineering, procurement and construction solution. They will provide solution to all kinds of your requirement. The modules come in different size and can be installed in residence, industries, school, hospitals, hotels or restaurants.
Generate Electricity At Low Cost By Utilizing Solar Energy
Photovoltaic Manufacturer has world class manufacturing technology and highly skilled professionals involved in the process of manufacturing and installing the modules at your place. They will provide the service at an affordable price. The modules are designed in such a way to ensure low breakage and work for longer time without showing any kind of issues.
The world is crying a lot over the rising levels of pollution that is surely going to put a challenge on our survival. We humans have a habit of not realizing the truth until it puts a question on our existence. In the race towards modernity, we often ignore the warning signs of nature that clearly indicate that everything is not right in our environment. The uncontrolled burning of fossil fuels is leading to serious destruction of our planet that is almost everything to us.
So what’s the solution? As there is no point in abating our energy consumption, solar energy manufacturing emerges out as a wonderful way to meet our power needs. Being a constant and massive source of energy, sun has the ability to meet our power consumption needs for millions of years to come. The need here is to make the maximum utilization of solar power in a way that would reduce our carbon footprints and pave way for a brighter future.
When it comes to choose the best medium for Solar Energy Manufacturing, solar panels emerge out as the best option among people as well as industries. They are cost-effective, easy to install, durable and most importantly require lesser maintenance over a period of time. Moreover, they can be used for small-scale and large-scale power consumption needs.
Over the past few years, the cost of solar energy manufacturing has reduced greatly. For example, thin film, or amorphous, solar panels are now being manufactured at a cost of less than $1 per watt, and we’re really only at the beginning of the downward curve of costs, since the solar technology industry is still in its infancy.
Since the very beginning, we have been considering sun as an object that makes life sustainable on this planet. Talk about few years back, we never thought about generating power of it despite the presence of solar batteries long ago. But when earth’s own resources are on the verge of extinction, the need for an alternative power source comes out. And that too which doesn’t make any harmful effect on our planet. What’s better than resorting to Solar Energy Manufacturing that is answer to many of world’s energy problems?
Solar energy manufacturing simply refers any technology or process that makes the use of sun for the application. From big industrial facilities to small homes, solar energy has been making its way towards becoming the most reliable source of energy in coming years. Even today there are solar farms that are attached to national power grids and meet the power supply needs of any nation.
You must be aware of photovoltaic cells or solar cells that are typically installed on spacecraft, rooftops, and handheld calculators. These cells are made of semiconductor materials which are commonly found in computer chips. When sunlight strikes these solar cells, it makes electrons release electrons from their atoms. When these electrons flow through the cell, they produce electricity.
On large scale power needs, solar-thermal power plants resort to various techniques to consider the sun’s power as a heat source. The heat is then employed to steam up the water to run a steam turbine that further produces electricity in a way very much like coal and nuclear power plants, providing electricity for millions of people worldwide.
Despite the fact that solar energy is not available at nights, the demand for solar energy has swelled at about 20 percent a year over the past 15 years, thanks to increasingly reducing prices and efficiency utilization.
In recent times, the use of solar panel systems has become increased to large extent. Thanks to raising awareness about clean energy, both industrial and domestic users are now switching to solar energy that is reliable, clean and most importantly harmless. One can easily spot large numbers of solar panels installed on rooftops, big fields, and other places. These panels are meant to collect the solar energy and forward it to for further usage. But do you know how these solar panels work. Let’s know about it right here.
Simply put, a solar panel performs by enabling photons, or particles of light, to hit electrons free from atoms, resulting into a flow of electricity. Solar panels essentially are made ofnumerous, smaller units called photovoltaic cells. These cells are linked together to constitute a solar panel.
Each photovoltaic or solar cell is typically like a sandwich which is made up of two slices of semi-conducting object, generally silicon — the same material used in microelectronics.
In order to function, these cells need to set up an electric field, very much similar to a magnetic field. Due to contrasting poles, an electric field emerges out during the separation of opposite poles. To save this field, scientists cover silicon with other materials, enabling each slice of the sandwich a plus or minus electrical charge.
Several other components of the solar cell turn these electrons into practical power. For example, metal friendly plates fixed on the sides of the cell gather the electrons and transport them to wires. At thisstage, the electrons tend to flow like any other form of electricity.
There can be other kinds of solar power technology — such as solar thermal and concentrated solar power (CSP) — that function in a different way as compared to than photovoltaic Solar System panels, but all yield the power of sunlight to either produce electricity or to heat water.
Over the past few years, the cost of getting solar power has become tremendously easy and cheaper. Thanks to modern technologies that have opened new avenues for people to embrace this new renewable source of energy. Due to this, there has been a dramatic rise is the sale of solar panels and advanced solar system. Solar panels tend to be rated on efficiency and the power output under standard laboratory conditions. In this post, you will get to know about solar panel and its functioning.
Extreme temperatures tend to lessen the voltage of a Solar Cell — which, you may easily understand that a bad thing. Orthodox rooftop solar systems can lose as much as 30 percent of their electricity outcome on hot days in summer.
Another factors that make panels lose power is that they get dirty. The effects of “soiling” differ extensively by location, but energy harvest sufferers of 10 percent are rare. Research on environmental conditions and panel maintenance procedures could help people deeply understand how and why panels lose power to dirt, which in turn could lead to better prediction of soiling from one solar energy system to another and more effective dirt-resistant treatments for PV module glass.
While heat and dirt diminish solar panels’ energy crop in an easy direct way, shadows are a bit more complex. In situations when a pale cloud goes over the solar module, the power stages just get reduced. However, many times the light is totally or habitually blocked by an enduring structure – such as a utility pole that cover just one side of the module — which can really lead to “hot spots” that tend to damage the module over a period of time.
In today’s times when pollution has augmenting like nothing else, the life of our planet is at greater risk and needs prompt attention of ours. Though we humans are bringing in more advanced technologies and launching plantation drives, the possibilities of planet revival are pretty less and we need to change our approach towards energy generation and its consumption. At present, it can be easily said that solar energy presents a bright future in this regard.
The whole objective behind using solar energy is to harness the power of sun to make life easy. As per the data of 2011, the advancements produced less than one tenth of just one per cent of global energy requirements. When it comes to Solar Energy Manufacturing, the role of photovoltaic cells is paramount that are typically found on objects such as spacecraft, rooftops and handheld calculators. These cells are made of semiconductor materials such as those found in computer chips. When sunlight is places on the cells, it makes electrons release from their atoms. As the electrons flow through the cell, they result into electricity generation.
In case of large scale Solar System, solar-thermal power plants make the use of various techniques to focus the sun’s energy as a heat source. The heat is then employed to heat up water to initiate a steam turbine that produces electricity in much the same way as coal and nuclear power plants, delivering electricity for millions of people.
On a primary note, long channels of U-shaped mirrors with direction on sunlight are fixed to a pipe of oil that runs through the middle. The hot oil then boils water for electricity generation. Another wayemploys moveable mirrors to focus the sun’s rays on a collector tower, where a receiver rests. Molten salt flowing through the receiver is heated to move a generator.
Other solar methodologies are found to be submissive. For instance, large windows fixed on the sunny side of a building enable sunlight to heat-absorbent materials on the floor and walls. These surfaces then loose the heat at night to make the building warm. In the same way, absorbent plates placed on a roof can warm liquid in tubes that supply a house with hot water.
Solar energy is largely considered as an unlimited fuel source that is pollution- and habitually noise-free. So, if you want to do your bit to protect nature, switch to solar system today.
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