LightUp Solar powered street lights are a very good example on what can be done with the free solar electricity generated by solar PV panel. A growing number of solar street lighting projects are running in India to illuminate streets in urban and rural locations. The concept is straightforward and we shall see more countries migrating this way. Well-chosen, solar streetlights are cost-effective, cost-saving and reliable. The basic circuitry on most solar powered street lights consists essentially of an automatic battery charger fed by the solar panel and a lighting controller automated for dusk to dawn operation. Automatic lighting can be triggered by a photocell or a timer. On some models a special feature dims the light at a given time, thus allowing a longer operation time
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LED Solar Street Light
Solar powered street lights are a very good example on what can be done with the free solar electricity generated by solar PV panel. A growing number of solar street lighting projects are running in India to illuminate streets in urban and rural locations. The concept is straightforward and we shall see more countries migrating this way. Well-chosen, solar streetlights are cost-effective, cost-saving and reliable. The basic circuitry on most solar powered street lights consists essentially of an automatic battery charger fed by the solar panel and a lighting controller automated for dusk to dawn operation. Automatic lighting can be triggered by a photocell or a timer. On some models a special feature dims the light at a given time, thus allowing a longer operation time
Solar powered street lights are a very good example on what can be done with the free solar electricity generated by solar PV panel. A growing number of solar street lighting projects are running in India to illuminate streets in urban and rural locations. The concept is straightforward and we shall see more countries migrating this way. Well-chosen, solar streetlights are cost-effective, cost-saving and reliable. The basic circuitry on most solar powered street lights consists essentially of an automatic battery charger fed by the solar panel and a lighting controller automated for dusk to dawn operation. Automatic lighting can be triggered by a photocell or a timer. On some models a special feature dims the light at a given time, thus allowing a longer operation time
LED AC Street Light
LEDs are highly energy efficient. While compact fluorescent lamps (CFLs) recently have been touted as the standard in green lighting, LEDs actually have double their energy efficiency. They use 15 percent of the energy of an incandescent bulb while generating more light per watt. LEDs produce 80 lumens per watt, traditional streetlights can only muster 58 lumens per watt.
Because of their energy efficiency and long lifespan, LED streetlights are advocated as a means for reducing carbon emissions. According to one estimate, converting all Indian light fixtures to LEDs would halve the amount of energy used for lighting in the country. Chief among the advantages of LEDs is that they have extremely long lives they don't have filaments that can quickly burn out and they don't contain toxic chemicals like mercury, unlike traditional high-pressure sodium lamps or mercury-vapor lamps.
An LED light can last 100, 000 hours these lights also have reduce maintenance costs because of their long lives, and they give off less heat than other bulbs. Because they last so long, LEDs are suitable for places where replacing light bulbs is expensive, inconvenient or otherwise difficult. Because LED street lights produce "directional" light emitted in one direction, rather than a diffused glow they can be used to direct light on specific areas. Unlike compact fluorescent lamps, they can be dimmed, allowing for more flexibility in controlling light levels.
LEDs are highly energy efficient. While compact fluorescent lamps (CFLs) recently have been touted as the standard in green lighting, LEDs actually have double their energy efficiency. They use 15 percent of the energy of an incandescent bulb while generating more light per watt. LEDs produce 80 lumens per watt, traditional streetlights can only muster 58 lumens per watt.
Because of their energy efficiency and long lifespan, LED streetlights are advocated as a means for reducing carbon emissions. According to one estimate, converting all Indian light fixtures to LEDs would halve the amount of energy used for lighting in the country. Chief among the advantages of LEDs is that they have extremely long lives they don't have filaments that can quickly burn out and they don't contain toxic chemicals like mercury, unlike traditional high-pressure sodium lamps or mercury-vapor lamps.
An LED light can last 100, 000 hours these lights also have reduce maintenance costs because of their long lives, and they give off less heat than other bulbs. Because they last so long, LEDs are suitable for places where replacing light bulbs is expensive, inconvenient or otherwise difficult. Because LED street lights produce "directional" light emitted in one direction, rather than a diffused glow they can be used to direct light on specific areas. Unlike compact fluorescent lamps, they can be dimmed, allowing for more flexibility in controlling light levels.
LED AC Street Light
LEDs are highly energy efficient. While compact fluorescent lamps (CFLs) recently have been touted as the standard in green lighting, LEDs actually have double their energy efficiency. They use 15 percent of the energy of an incandescent bulb while generating more light per watt. LEDs produce 80 lumens per watt, traditional streetlights can only muster 58 lumens per watt.
Because of their energy efficiency and long lifespan, LED streetlights are advocated as a means for reducing carbon emissions. According to one estimate, converting all Indian light fixtures to LEDs would halve the amount of energy used for lighting in the country. Chief among the advantages of LEDs is that they have extremely long lives they don't have filaments that can quickly burn out and they don't contain toxic chemicals like mercury, unlike traditional high-pressure sodium lamps or mercury-vapor lamps.
An LED light can last 100, 000 hours these lights also have reduce maintenance costs because of their long lives, and they give off less heat than other bulbs. Because they last so long, LEDs are suitable for places where replacing light bulbs is expensive, inconvenient or otherwise difficult. Because LED street lights produce "directional" light emitted in one direction, rather than a diffused glow they can be used to direct light on specific areas. Unlike compact fluorescent lamps, they can be dimmed, allowing for more flexibility in controlling light levels.
LEDs are highly energy efficient. While compact fluorescent lamps (CFLs) recently have been touted as the standard in green lighting, LEDs actually have double their energy efficiency. They use 15 percent of the energy of an incandescent bulb while generating more light per watt. LEDs produce 80 lumens per watt, traditional streetlights can only muster 58 lumens per watt.
Because of their energy efficiency and long lifespan, LED streetlights are advocated as a means for reducing carbon emissions. According to one estimate, converting all Indian light fixtures to LEDs would halve the amount of energy used for lighting in the country. Chief among the advantages of LEDs is that they have extremely long lives they don't have filaments that can quickly burn out and they don't contain toxic chemicals like mercury, unlike traditional high-pressure sodium lamps or mercury-vapor lamps.
An LED light can last 100, 000 hours these lights also have reduce maintenance costs because of their long lives, and they give off less heat than other bulbs. Because they last so long, LEDs are suitable for places where replacing light bulbs is expensive, inconvenient or otherwise difficult. Because LED street lights produce "directional" light emitted in one direction, rather than a diffused glow they can be used to direct light on specific areas. Unlike compact fluorescent lamps, they can be dimmed, allowing for more flexibility in controlling light levels.
Existing UPS Convert to Solar UPS
Technical Specification:
1. Microcontroller based MPPT technology.
2. Charging efficiency more than 90%.
3. Continuous charging.
4. Flexible parameters, to cater to wide range of applications.
Operational details. When switched on, solar charger will search for PV availability for2 minutes, if PV is on charging will start. The LCD will display PV voltage, PV amps and Battery voltage.
* If battery reaches 14 V, mains supply will be disconnected, external
Inverter (any brand) will be allowed to run on battery/solar power till
PV is sufficiently available. When battery reaches 11 V, then PV will be Monitored, and if found insufficient, mains will be reconnected. Once PV is unavailable the external inverter will work like any normal inverter.
Technical Specification:
1. Microcontroller based MPPT technology.
2. Charging efficiency more than 90%.
3. Continuous charging.
4. Flexible parameters, to cater to wide range of applications.
Operational details. When switched on, solar charger will search for PV availability for2 minutes, if PV is on charging will start. The LCD will display PV voltage, PV amps and Battery voltage.
* If battery reaches 14 V, mains supply will be disconnected, external
Inverter (any brand) will be allowed to run on battery/solar power till
PV is sufficiently available. When battery reaches 11 V, then PV will be Monitored, and if found insufficient, mains will be reconnected. Once PV is unavailable the external inverter will work like any normal inverter.
Existing UPS Convert to Solar UPS - MPPT Solar Charger
Technical Specification:
1. Microcontroller based MPPT technology.
2. Charging efficiency more than 90%.
3. Continuous charging.
4. Flexible parameters, to cater to wide range of applications.
Operational details. When switched on, solar charger will search for PV availability for2 minutes, if PV is on charging will start. The LCD will display PV voltage, PV amps and Battery voltage.
* If battery reaches 14 V, mains supply will be disconnected, external
Inverter (any brand) will be allowed to run on battery/solar power till
PV is sufficiently available. When battery reaches 11 V, then PV will be Monitored, and if found insufficient, mains will be reconnected. Once PV is unavailable the external inverter will work like any normal inverter.
Technical Specification:
1. Microcontroller based MPPT technology.
2. Charging efficiency more than 90%.
3. Continuous charging.
4. Flexible parameters, to cater to wide range of applications.
Operational details. When switched on, solar charger will search for PV availability for2 minutes, if PV is on charging will start. The LCD will display PV voltage, PV amps and Battery voltage.
* If battery reaches 14 V, mains supply will be disconnected, external
Inverter (any brand) will be allowed to run on battery/solar power till
PV is sufficiently available. When battery reaches 11 V, then PV will be Monitored, and if found insufficient, mains will be reconnected. Once PV is unavailable the external inverter will work like any normal inverter.
LED Solar Lantern
A Solar LED lanterns is a lighting system consisting of a lamp, battery and electronics, all placed in a suitable housing, made of metal, plastic or fiber glass, and a PV module. The battery is charged by electricity generated through the PV module. The lantern is basically a portable lighting device suitable for either indoor or outdoor lighting, covering a full range of 360 degrees. A LED based solar lantern system aims at providing solar electricity for operating LED lights for specified hours of operation per day. It lights more than a kerosene lamp and leaves no carbon emissions.
Light up Solar Lanterns use LED lamps that are environment friendly. They are highly durable lamps having a longer life than a bulb or CFL Solar lanterns are Ideal for reading, writing, repair work, emergency lighting, decorative illumination, rural lighting, cooking light, night safety, security lighting, camping etc It lights more than a kerosene lamp and leaves no carbon emissions.
A Solar LED lanterns is a lighting system consisting of a lamp, battery and electronics, all placed in a suitable housing, made of metal, plastic or fiber glass, and a PV module. The battery is charged by electricity generated through the PV module. The lantern is basically a portable lighting device suitable for either indoor or outdoor lighting, covering a full range of 360 degrees. A LED based solar lantern system aims at providing solar electricity for operating LED lights for specified hours of operation per day. It lights more than a kerosene lamp and leaves no carbon emissions.
Light up Solar Lanterns use LED lamps that are environment friendly. They are highly durable lamps having a longer life than a bulb or CFL Solar lanterns are Ideal for reading, writing, repair work, emergency lighting, decorative illumination, rural lighting, cooking light, night safety, security lighting, camping etc It lights more than a kerosene lamp and leaves no carbon emissions.
LED Solar Lantern
A Solar LED lanterns is a lighting system consisting of a lamp, battery and electronics, all placed in a suitable housing, made of metal, plastic or fiber glass, and a PV module. The battery is charged by electricity generated through the PV module. The lantern is basically a portable lighting device suitable for either indoor or outdoor lighting, covering a full range of 360 degrees. A LED based solar lantern system aims at providing solar electricity for operating LED lights for specified hours of operation per day. It lights more than a kerosene lamp and leaves no carbon emissions.
Light up Solar Lanterns use LED lamps that are environment friendly. They are highly durable lamps having a longer life than a bulb or CFL Solar lanterns are Ideal for reading, writing, repair work, emergency lighting, decorative illumination, rural lighting, cooking light, night safety, security lighting, camping etc It lights more than a kerosene lamp and leaves no carbon emissions.
A Solar LED lanterns is a lighting system consisting of a lamp, battery and electronics, all placed in a suitable housing, made of metal, plastic or fiber glass, and a PV module. The battery is charged by electricity generated through the PV module. The lantern is basically a portable lighting device suitable for either indoor or outdoor lighting, covering a full range of 360 degrees. A LED based solar lantern system aims at providing solar electricity for operating LED lights for specified hours of operation per day. It lights more than a kerosene lamp and leaves no carbon emissions.
Light up Solar Lanterns use LED lamps that are environment friendly. They are highly durable lamps having a longer life than a bulb or CFL Solar lanterns are Ideal for reading, writing, repair work, emergency lighting, decorative illumination, rural lighting, cooking light, night safety, security lighting, camping etc It lights more than a kerosene lamp and leaves no carbon emissions.
Solar Water Heater
We are among the affluent manufacturer for solar water heater ranging form 100 LPD to 500 LPD with aesthetic modelsA Solar Water Heater is a device which provides hot water for bathing, washing, cleaning, etc. using solar energy. It is generally installed at the terrace or where sunlight is available and heats water during day time which is stored in an insulated storage tank for use when required including mornings.A Solar Water Heater comprises of a or an array of solar collectors to collect solar energy and an insulated tank to store hot water. Both are connected to each other. During the day time, water in solar collectors gets heated which is either pumped or flown automatically on thermosyphon principle to the storage tank. Hot water then stored in the tank can be used for various applications.
Two types of Solar Water Heaters are available; one based on flat plate collectors and the other based on evacuated tube collectors. Flat plate collector (FPC) based systems are of metallic type and have longer life as compared to Evacuated tube collector (ETC) based system because ETCs are made of glass which are of fragile in nature.
We are among the affluent manufacturer for solar water heater ranging form 100 LPD to 500 LPD with aesthetic modelsA Solar Water Heater is a device which provides hot water for bathing, washing, cleaning, etc. using solar energy. It is generally installed at the terrace or where sunlight is available and heats water during day time which is stored in an insulated storage tank for use when required including mornings.A Solar Water Heater comprises of a or an array of solar collectors to collect solar energy and an insulated tank to store hot water. Both are connected to each other. During the day time, water in solar collectors gets heated which is either pumped or flown automatically on thermosyphon principle to the storage tank. Hot water then stored in the tank can be used for various applications.
Two types of Solar Water Heaters are available; one based on flat plate collectors and the other based on evacuated tube collectors. Flat plate collector (FPC) based systems are of metallic type and have longer life as compared to Evacuated tube collector (ETC) based system because ETCs are made of glass which are of fragile in nature.
Solar Water Heater
We are among the affluent manufacturer for solar water heater ranging form 100 LPD to 500 LPD with aesthetic modelsA Solar Water Heater is a device which provides hot water for bathing, washing, cleaning, etc. using solar energy. It is generally installed at the terrace or where sunlight is available and heats water during day time which is stored in an insulated storage tank for use when required including mornings.
A Solar Water Heater comprises of a or an array of solar collectors to collect solar energy and an insulated tank to store hot water. Both are connected to each other. During the day time, water in solar collectors gets heated which is either pumped or flown automatically on thermosyphon principle to the storage tank. Hot water then stored in the tank can be used for various applications.
Two types of Solar Water Heaters are available; one based on flat plate collectors and the other based on evacuated tube collectors. Flat plate collector (FPC) based systems are of metallic type and have longer life as compared to Evacuated tube collector (ETC) based system because ETCs are made of glass which are of fragile in nature.
We are among the affluent manufacturer for solar water heater ranging form 100 LPD to 500 LPD with aesthetic modelsA Solar Water Heater is a device which provides hot water for bathing, washing, cleaning, etc. using solar energy. It is generally installed at the terrace or where sunlight is available and heats water during day time which is stored in an insulated storage tank for use when required including mornings.
A Solar Water Heater comprises of a or an array of solar collectors to collect solar energy and an insulated tank to store hot water. Both are connected to each other. During the day time, water in solar collectors gets heated which is either pumped or flown automatically on thermosyphon principle to the storage tank. Hot water then stored in the tank can be used for various applications.
Two types of Solar Water Heaters are available; one based on flat plate collectors and the other based on evacuated tube collectors. Flat plate collector (FPC) based systems are of metallic type and have longer life as compared to Evacuated tube collector (ETC) based system because ETCs are made of glass which are of fragile in nature.
Emerson Solar UPS Up to 100 KW
Liebert Energy Export Unit - EEU
Liebert EEU is single / three phase output inverter, with Grid interactive feature. Solar Photovoltaic panels converts solar energy into electrical energy as DC power. This DC power becomes input for the EEU inverter. The inverter converts it into conventional AC power, and with its state of the art Grid synchronization design, this AC power is fed to the supply grid.
Features:
Micro processor / DSP based MPPT Design
High efficiency & Reliability
20 years design life. Tropicalised design
Inbuilt LCD display
Sophisticated local & remote monitoring system(Optional)
Built in output isolation transformer
Compliance to International test standards
Liebert Energy Storage Unit - ESU
Liebert ESU is single / three phase output, bi-directional inverter system. ESU operates in parallel with the grid utility. Solar Photovoltaic panels convert solar energy into electrical energy as DC power. This DC power is used to charge the batteries through a charge controller and also used for the load through inverter. Additional energy is exported to the grid.
Features:
Micro processor based design
Bi-directional Solar Inverter with MPPT chargecontroller
High Efficiency & Reliability
20 years design life. Tropic lised design
Hybrid inverter Operation with Wind / DG
Inbuilt LCD display
Sophisticated local & remote monitoring system(Optional)
Built in output isolation transformer
Compliance to International test standards
Liebert Energy Export Unit - EEU
Liebert EEU is single / three phase output inverter, with Grid interactive feature. Solar Photovoltaic panels converts solar energy into electrical energy as DC power. This DC power becomes input for the EEU inverter. The inverter converts it into conventional AC power, and with its state of the art Grid synchronization design, this AC power is fed to the supply grid.
Features:
Micro processor / DSP based MPPT Design
High efficiency & Reliability
20 years design life. Tropicalised design
Inbuilt LCD display
Sophisticated local & remote monitoring system(Optional)
Built in output isolation transformer
Compliance to International test standards
Liebert Energy Storage Unit - ESU
Liebert ESU is single / three phase output, bi-directional inverter system. ESU operates in parallel with the grid utility. Solar Photovoltaic panels convert solar energy into electrical energy as DC power. This DC power is used to charge the batteries through a charge controller and also used for the load through inverter. Additional energy is exported to the grid.
Features:
Micro processor based design
Bi-directional Solar Inverter with MPPT chargecontroller
High Efficiency & Reliability
20 years design life. Tropic lised design
Hybrid inverter Operation with Wind / DG
Inbuilt LCD display
Sophisticated local & remote monitoring system(Optional)
Built in output isolation transformer
Compliance to International test standards
Emerson Solar UPS Up to 100 KW
Liebert Energy Export Unit - EEU
Liebert EEU is single / three phase output inverter, with Grid interactive feature. Solar Photovoltaic panels converts solar energy into electrical energy as DC power. This DC power becomes input for the EEU inverter. The inverter converts it into conventional AC power, and with its state of the art Grid synchronization design, this AC power is fed to the supply grid.
Features:
Micro processor / DSP based MPPT Design
High efficiency & Reliability
20 years design life. Tropicalised design
Inbuilt LCD display
Sophisticated local & remote monitoring system(Optional)
Built in output isolation transformer
Compliance to International test standards
Liebert Energy Storage Unit - ESU
Liebert ESU is single / three phase output, bi-directional inverter system. ESU operates in parallel with the grid utility. Solar Photovoltaic panels convert solar energy into electrical energy as DC power. This DC power is used to charge the batteries through a charge controller and also used for the load through inverter. Additional energy is exported to the grid.
Features:
Micro processor based design
Bi-directional Solar Inverter with MPPT chargecontroller
High Efficiency & Reliability
20 years design life. Tropic lised design
Hybrid inverter Operation with Wind / DG
Inbuilt LCD display
Sophisticated local & remote monitoring system(Optional)
Built in output isolation transformer
Compliance to International test standards
Liebert Energy Export Unit - EEU
Liebert EEU is single / three phase output inverter, with Grid interactive feature. Solar Photovoltaic panels converts solar energy into electrical energy as DC power. This DC power becomes input for the EEU inverter. The inverter converts it into conventional AC power, and with its state of the art Grid synchronization design, this AC power is fed to the supply grid.
Features:
Micro processor / DSP based MPPT Design
High efficiency & Reliability
20 years design life. Tropicalised design
Inbuilt LCD display
Sophisticated local & remote monitoring system(Optional)
Built in output isolation transformer
Compliance to International test standards
Liebert Energy Storage Unit - ESU
Liebert ESU is single / three phase output, bi-directional inverter system. ESU operates in parallel with the grid utility. Solar Photovoltaic panels convert solar energy into electrical energy as DC power. This DC power is used to charge the batteries through a charge controller and also used for the load through inverter. Additional energy is exported to the grid.
Features:
Micro processor based design
Bi-directional Solar Inverter with MPPT chargecontroller
High Efficiency & Reliability
20 years design life. Tropic lised design
Hybrid inverter Operation with Wind / DG
Inbuilt LCD display
Sophisticated local & remote monitoring system(Optional)
Built in output isolation transformer
Compliance to International test standards
Solar hybrid UPS with inbuilt MPPT Solar Charge Controller
We manufacture and supply best quality Solar Hybrid Inverters with MPPT Solar charge controller. Our inverters are admired the market for their quality and long life. Our inverters are totally Eco friendly, Weight less and pollution free with a very low maintenance. We assure that our products are easy to install and are of very convenient cost. Our inverters provide unmatched noise performance and a great power saving with automatic power factor correction.
We offer best quality Solar Hybrid Inverters (0.5 KW, 1 KW, 2 KW, 3 KW & 5 KW). The battery can be charged whenever solar energy is available our solar hybrid inverters has the ability of quick charging. Our inverters are highly appreciated in the market as it provides the best power back up on reasonable prices.
Advantages of MPPT Solar Charge Controller over PWM Solar charge controller: The MPPT solar charge controller by the way of its design will extract solar energy and tap the same to almost 95- 100% level on good sun light.
We manufacture and supply best quality Solar Hybrid Inverters with MPPT Solar charge controller. Our inverters are admired the market for their quality and long life. Our inverters are totally Eco friendly, Weight less and pollution free with a very low maintenance. We assure that our products are easy to install and are of very convenient cost. Our inverters provide unmatched noise performance and a great power saving with automatic power factor correction.
We offer best quality Solar Hybrid Inverters (0.5 KW, 1 KW, 2 KW, 3 KW & 5 KW). The battery can be charged whenever solar energy is available our solar hybrid inverters has the ability of quick charging. Our inverters are highly appreciated in the market as it provides the best power back up on reasonable prices.
Advantages of MPPT Solar Charge Controller over PWM Solar charge controller: The MPPT solar charge controller by the way of its design will extract solar energy and tap the same to almost 95- 100% level on good sun light.
Solar hybrid UPS with MPPT Solar charge controller
We manufacture and supply best quality Solar Hybrid Inverters with MPPT Solar charge controller. Our inverters are admired the market for their quality and long life. Our inverters are totally Eco friendly, Weight less and pollution free with a very low maintenance. We assure that our products are easy to install and are of very convenient cost. Our inverters provide unmatched noise performance and a great power saving with automatic power factor correction.
We offer best quality Solar Hybrid Inverters (0.5 KW, 1 KW, 2 KW, 3 KW & 5 KW). The battery can be charged whenever solar energy is available our solar hybrid inverters has the ability of quick charging. Our inverters are highly appreciated in the market as it provides the best power back up on reasonable prices.
Advantages of MPPT Solar Charge Controller over PWM Solar charge controller: The MPPT solar charge controller by the way of its design will extract solar energy and tap the same to almost 95- 100% level on good sun light.
We manufacture and supply best quality Solar Hybrid Inverters with MPPT Solar charge controller. Our inverters are admired the market for their quality and long life. Our inverters are totally Eco friendly, Weight less and pollution free with a very low maintenance. We assure that our products are easy to install and are of very convenient cost. Our inverters provide unmatched noise performance and a great power saving with automatic power factor correction.
We offer best quality Solar Hybrid Inverters (0.5 KW, 1 KW, 2 KW, 3 KW & 5 KW). The battery can be charged whenever solar energy is available our solar hybrid inverters has the ability of quick charging. Our inverters are highly appreciated in the market as it provides the best power back up on reasonable prices.
Advantages of MPPT Solar Charge Controller over PWM Solar charge controller: The MPPT solar charge controller by the way of its design will extract solar energy and tap the same to almost 95- 100% level on good sun light.
Solar Fans & Air Coolers
We have been producing & promoting aesthetic looking solar (DC) fans & air coolers over a decade with performance matching with conventional AC fans & coolers. These DC fans & coolers have very low wattage ranging from 8 watts 60 watts, resulting in drastic saving in the power with superb performance and longer life. Hence very ideal for existing and new constructions, office building & apartments as a new installation or substitute for existing AC fans. These fans can be operated either form solar power via PV solar panels or Government Grid Supply with help of a AC to DC adapter.
We have been producing & promoting aesthetic looking solar (DC) fans & air coolers over a decade with performance matching with conventional AC fans & coolers. These DC fans & coolers have very low wattage ranging from 8 watts 60 watts, resulting in drastic saving in the power with superb performance and longer life. Hence very ideal for existing and new constructions, office building & apartments as a new installation or substitute for existing AC fans. These fans can be operated either form solar power via PV solar panels or Government Grid Supply with help of a AC to DC adapter.
Solar Fans & Air Coolers
We have been producing & promoting aesthetic looking solar (DC) fans & air coolers over a decade with performance matching with conventional AC fans & coolers. These DC fans & coolers have very low wattage ranging from 8 watts 60 watts, resulting in drastic saving in the power with superb performance and longer life. Hence very ideal for existing and new constructions, office building & apartments as a new installation or substitute for existing AC fans. These fans can be operated either form solar power via PV solar panels or Government Grid Supply with help of a AC to DC adapter.
We have been producing & promoting aesthetic looking solar (DC) fans & air coolers over a decade with performance matching with conventional AC fans & coolers. These DC fans & coolers have very low wattage ranging from 8 watts 60 watts, resulting in drastic saving in the power with superb performance and longer life. Hence very ideal for existing and new constructions, office building & apartments as a new installation or substitute for existing AC fans. These fans can be operated either form solar power via PV solar panels or Government Grid Supply with help of a AC to DC adapter.