Features Engineering, procurement & construction of the complete solar power plant including design of electrical, mechanical, instrumentation & control. Maintenance of the power plant, monthly data monitoring & corrective maintenance. Erection & commissioning of the entire solar plant RMSPL also provides O&M of complete solar plant Detailed Scope matrix Civil works for Module mounting structures. Supply of Module mounting structures. Fixing & Alignment of Modules. Module inter connections. Module string wiring. Trench work for wiring. Installation of Junction boxes & Junction box wiring. Installation of Lighting arresters. System Earthing (Inverters, structures, Lighting arrester, ACDB). DC wiring. Installation of inverters & wiring for Inverters.

There are a few key criteria to consider when selecting a site for a solar electric system. An unobstructed southern exposure is important for a system to reach its full generating potential. Shading should be avoided if at all possible. Depending upon the size of the system, you’ll need 100 square feet of space for every 1, 000 watts (1 kW) installed. Solar power systems can be installed on building rooftops, integrated into a building’s exterior, or ground-mounted to poles or racks. RM Solaar will ensure your solar installation meets legal requirements & building code regulations and that it is correctly designed to maximize production for your site and conditions.

Features Open-loop LPC Solar Collectors for Commercial Solutions 500 LPD & above Specifications for 500 & above systems: As per Requirement ( In Multiples of 500 liters) Type: Thermosyphon Pressure withstanding Capacity: 1 Bar Manifold Details: 500 LPD 500 LPD Length -3710 mm, Width-2340 mm Tube Size 58 mm Diameter X 1800 mm Length Manifold Details: 250 LPD Capacity:250 LPD Length -2490 mm, Width-1880 m

Solar Water Heaters Work In Every Climate Today’s Solar hot water technologies can be operated efficiently and affordably in any climate. Systems are specifically designed for various climatic and geographical areas of the country. Reduce Energy Costs By installing a Solar water heating system, a typical household can meet 50 to 80 percent of their hot water needs. In southern climates, a SWH unit can meet nearly 100 percent of a household’s hot water needs. Proven Efficient Technology Currently there are more than 300 Solar Water Heater units installed across the United States and because these systems have been proven efficient and reliable, the number of installations continues to grow by the thousands every year. Improved Environment Reduced demand for fossil fuels will improve the environment by reducing air and water pollution as well as the heat-trapping gases that cause global warming. And though they cost a little bit more up front to install, a carbon free Solar Water Heating system will save consumers money in the long run as the fuel source (the sun’s energy) will always be free.

Usually when you think of solar hot water, panels and a collector tank installed on a roof spring to mind – a traditional solar hot water system. A heat pump is a different way to use renewable energy to heat water – that doesn’t need solar panels! Heat pumps can save you a bundle of cash on your hot water bills, as they use approximately one third the energy of an electric water heater. Additionally, there’s generous rebates available making them an extremely economical option! How does a heat pump work? A heat pump is a little like a reverse refrigerator. It transfers the heat in the air outside of the unit to the water stored inside the heater through a heat exchange system. In the case of heat pumps, “heat” is a relative term as they will still work in very cold conditions* – at least -10 degrees Celsius, so it will still be generating hot water for you during winter nights. How is that possible? Here’s the basic process: External air is drawn into the heat pump system via a fan into an evaporator containing a special type of refrigerant, which is stored in piping. The refrigerant used is called R134a, which isn’t a CFC, so it doesn’t negatively affect the earth’s ozone layer. R134a has an evaporation or boiling point of -26C; whereas water has a boiling point of 100C. Temperatures that feel very cold to us are still more than enough to make the refrigerant “boil”. The air that has been drawn into the system, which is far warmer than the refrigerant, turns the refrigerant from a liquid into a gas inside the heat pump’s piping. A compressor then pumps the now gaseous refrigerant through a small valve, which compresses it; and as a result of the process generates a great deal of heat. A heat exchanger transfers the heat from the heated refrigerant gas pipes to a tank where water is stored. The temperature of the refrigerant has now dropped dramatically as the heat has been drawn away, so it returns to a liquid state and the heat pump cycle begins again. Benefits of a heat pump Massive savings in hot water related expenses over the long term A heat pump produces between 3 – 5 times the amount of renewable energy than electricity required to power the unit. It’s an environmentally friendly hot water option given the reduction in greenhouse gas emissions through less energy requirements. A heat pump is effective even in low temperatures*. In extreme cold, an electric assist is activated to ensure the water stays at the desired temperature No roof space or panels needed Ease of installation as a solar heat pump uses the same connections as an electric hot water system.

LED light bulbs can save you money not only because they are roughly 80% more energy efficient than other bulbs, they also produce far less heat than metal halides, CFLs, and incandescent light bulbs. Upgrading to LED lighting means you won’t spend your summer months cooling down rooms that your light bulbs are busy heating up. While originally a cooler blue tone than incandescent bulbs, LEDs now come in daylight and warm white color temperatures so you can more easily replace your existing bulbs without altering the color of your room. Visit our Lighting Guide to see what difference color temperature makes. LED lighting also offers a superior color rendering index (CRI), so you can see the colors of your artwork or makeup more accurately. LED replacement bulbs are durable and ecologically friendly. Did you know you can recycle LED bulbs and reduce your carbon footprint up to one third? LEDs outlast the competition, staying bright for up to 11 years of continuous operation. This means less time climbing ladders trying to replace those hard to reach bulbs in vaulted ceilings. LEDs are one of today’s most promising technologies. No mercury, making them a cleaner alternative to fluorescent and CFL lamps. The lowest energy consumption of any lighting product to date. Light quality equal or superior to traditional lighting products. Life that is 20 times than some traditional lighting products. LEDs or Fluorescents – Which is More Efficient? LED light bulbs for the win! When it comes to purchasing energy-efficient lighting, LEDs surpass CFLs by a wide margin. LEDs are instant-start with no warmup time needed. They work well in cold weather, and are substantially more durable since manufactured out of plastic instead of glass. From standard bulbs to fluorescent tubes, LEDs can replicate the same lighting conditions found in fluorescents while lasting longer and using less energy. As an added bonus, all LEDs are RoHS compliant and do not use mercury, a claim that can’t be made by fluorescent bulbs. Things to Consider When Buying LED Lighting Equivalent Wattage – While lumens are the new standard, it helps to have an easily recognizable guide. Comparing an LED bulb to an incandescent will give you a rough estimate of just how well it will light a room. As a very ballpark figure for LED wattages, 1/4 or 1/5 the incandescent wattage value is usually close to what you need. Lumens – Lumens directly measure just how much light the bulb gives out in total. On average, a 60-watt incandescent shines at 800 lumens, with roughly 50-100 lumens of difference above or below. The variance depends on manufacturer and age of the lamp. LEDs are directly rated for their max lumen rating and last much longer without dimming of the bulb. Color Temperature – Your guide to how the light itself will look. Lower values are warmer, with 2700-3000K being a more incandescent “warm white” while higher temperatures like 5000K will deliver a very harsh “stark white” light. Our Lighting Guide lets you select a color temperature and see how it transforms a kitchen. Driver Content – Because of their design, LEDs do not typically run on AC voltage. Many LEDs require some form of driver to convert the voltage from AC to DC for proper operation. The majority of socket-based LED lamps are self-driven, but you should always check before buying to make sure that you buy both an LED and a driver at the same time if it isn’t self-driven.

Features Engineering, procurement & construction of the complete solar power plant including design of electrical, mechanical, instrumentation & control. Maintenance of the power plant, monthly data monitoring & corrective maintenance. Erection & commissioning of the entire solar plant RMSPL also provides O&M of complete solar plant Detailed Scope matrix Civil works for Module mounting structures. Supply of Module mounting structures. Fixing & Alignment of Modules. Module inter connections. Module string wiring. Trench work for wiring. Installation of Junction boxes & Junction box wiring. Installation of Lighting arresters. System Earthing (Inverters, structures, Lighting arrester, ACDB). DC wiring. Installation of inverters & wiring for Inverters.

There are a few key criteria to consider when selecting a site for a solar electric system. An unobstructed southern exposure is important for a system to reach its full generating potential. Shading should be avoided if at all possible. Depending upon the size of the system, you’ll need 100 square feet of space for every 1, 000 watts (1 kW) installed. Solar power systems can be installed on building rooftops, integrated into a building’s exterior, or ground-mounted to poles or racks. RM Solaar will ensure your solar installation meets legal requirements & building code regulations and that it is correctly designed to maximize production for your site and conditions.

Features Open-loop LPC Solar Collectors for Commercial Solutions 500 LPD & above Specifications for 500 & above systems: As per Requirement ( In Multiples of 500 liters) Type: Thermosyphon Pressure withstanding Capacity: 1 Bar Manifold Details: 500 LPD 500 LPD Length -3710 mm, Width-2340 mm Tube Size 58 mm Diameter X 1800 mm Length Manifold Details: 250 LPD Capacity:250 LPD Length -2490 mm, Width-1880 m

Solar Water Heaters Work In Every Climate Today’s Solar hot water technologies can be operated efficiently and affordably in any climate. Systems are specifically designed for various climatic and geographical areas of the country. Reduce Energy Costs By installing a Solar water heating system, a typical household can meet 50 to 80 percent of their hot water needs. In southern climates, a SWH unit can meet nearly 100 percent of a household’s hot water needs. Proven Efficient Technology Currently there are more than 300 Solar Water Heater units installed across the United States and because these systems have been proven efficient and reliable, the number of installations continues to grow by the thousands every year. Improved Environment Reduced demand for fossil fuels will improve the environment by reducing air and water pollution as well as the heat-trapping gases that cause global warming. And though they cost a little bit more up front to install, a carbon free Solar Water Heating system will save consumers money in the long run as the fuel source (the sun’s energy) will always be free.

Usually when you think of solar hot water, panels and a collector tank installed on a roof spring to mind – a traditional solar hot water system. A heat pump is a different way to use renewable energy to heat water – that doesn’t need solar panels! Heat pumps can save you a bundle of cash on your hot water bills, as they use approximately one third the energy of an electric water heater. Additionally, there’s generous rebates available making them an extremely economical option! How does a heat pump work? A heat pump is a little like a reverse refrigerator. It transfers the heat in the air outside of the unit to the water stored inside the heater through a heat exchange system. In the case of heat pumps, “heat” is a relative term as they will still work in very cold conditions* – at least -10 degrees Celsius, so it will still be generating hot water for you during winter nights. How is that possible? Here’s the basic process: External air is drawn into the heat pump system via a fan into an evaporator containing a special type of refrigerant, which is stored in piping. The refrigerant used is called R134a, which isn’t a CFC, so it doesn’t negatively affect the earth’s ozone layer. R134a has an evaporation or boiling point of -26C; whereas water has a boiling point of 100C. Temperatures that feel very cold to us are still more than enough to make the refrigerant “boil”. The air that has been drawn into the system, which is far warmer than the refrigerant, turns the refrigerant from a liquid into a gas inside the heat pump’s piping. A compressor then pumps the now gaseous refrigerant through a small valve, which compresses it; and as a result of the process generates a great deal of heat. A heat exchanger transfers the heat from the heated refrigerant gas pipes to a tank where water is stored. The temperature of the refrigerant has now dropped dramatically as the heat has been drawn away, so it returns to a liquid state and the heat pump cycle begins again. Benefits of a heat pump Massive savings in hot water related expenses over the long term A heat pump produces between 3 – 5 times the amount of renewable energy than electricity required to power the unit. It’s an environmentally friendly hot water option given the reduction in greenhouse gas emissions through less energy requirements. A heat pump is effective even in low temperatures*. In extreme cold, an electric assist is activated to ensure the water stays at the desired temperature No roof space or panels needed Ease of installation as a solar heat pump uses the same connections as an electric hot water system.

LED light bulbs can save you money not only because they are roughly 80% more energy efficient than other bulbs, they also produce far less heat than metal halides, CFLs, and incandescent light bulbs. Upgrading to LED lighting means you won’t spend your summer months cooling down rooms that your light bulbs are busy heating up. While originally a cooler blue tone than incandescent bulbs, LEDs now come in daylight and warm white color temperatures so you can more easily replace your existing bulbs without altering the color of your room. Visit our Lighting Guide to see what difference color temperature makes. LED lighting also offers a superior color rendering index (CRI), so you can see the colors of your artwork or makeup more accurately. LED replacement bulbs are durable and ecologically friendly. Did you know you can recycle LED bulbs and reduce your carbon footprint up to one third? LEDs outlast the competition, staying bright for up to 11 years of continuous operation. This means less time climbing ladders trying to replace those hard to reach bulbs in vaulted ceilings. LEDs are one of today’s most promising technologies. No mercury, making them a cleaner alternative to fluorescent and CFL lamps. The lowest energy consumption of any lighting product to date. Light quality equal or superior to traditional lighting products. Life that is 20 times than some traditional lighting products. LEDs or Fluorescents – Which is More Efficient? LED light bulbs for the win! When it comes to purchasing energy-efficient lighting, LEDs surpass CFLs by a wide margin. LEDs are instant-start with no warmup time needed. They work well in cold weather, and are substantially more durable since manufactured out of plastic instead of glass. From standard bulbs to fluorescent tubes, LEDs can replicate the same lighting conditions found in fluorescents while lasting longer and using less energy. As an added bonus, all LEDs are RoHS compliant and do not use mercury, a claim that can’t be made by fluorescent bulbs. Things to Consider When Buying LED Lighting Equivalent Wattage – While lumens are the new standard, it helps to have an easily recognizable guide. Comparing an LED bulb to an incandescent will give you a rough estimate of just how well it will light a room. As a very ballpark figure for LED wattages, 1/4 or 1/5 the incandescent wattage value is usually close to what you need. Lumens – Lumens directly measure just how much light the bulb gives out in total. On average, a 60-watt incandescent shines at 800 lumens, with roughly 50-100 lumens of difference above or below. The variance depends on manufacturer and age of the lamp. LEDs are directly rated for their max lumen rating and last much longer without dimming of the bulb. Color Temperature – Your guide to how the light itself will look. Lower values are warmer, with 2700-3000K being a more incandescent “warm white” while higher temperatures like 5000K will deliver a very harsh “stark white” light. Our Lighting Guide lets you select a color temperature and see how it transforms a kitchen. Driver Content – Because of their design, LEDs do not typically run on AC voltage. Many LEDs require some form of driver to convert the voltage from AC to DC for proper operation. The majority of socket-based LED lamps are self-driven, but you should always check before buying to make sure that you buy both an LED and a driver at the same time if it isn’t self-driven.