Flinslim solar hybrid

FLINSLIM SOLAR HYBRID INVERTER High Efficiency | Pure Sine Wave | In- built Solar Controller FlinSlim Solar Hybrid Inverter is a next generation solar inverter, that is easy to install, highly efficient and has a sleek artistic design. FlinSlim has an in- built solar charge controller that assures maximum solar power is generated and allows you to save more on your electricity bills. The auto- features make sure that the inverter automatically switches to solar & battery mode as soon as there is a power cut, while during the day time solar power & utility power is combined to power your home load to provide you maximum savings.  With its pure sine wave output, this compact solar hybrid inverter fully assures that modern electronics like computers and audio/visual equipment, or any other sensitive load, will be powered without another any problems.  Special Features Pure sine wave inverter with 93% peak efficiency In- built solar charge controller  Double surge power capacity Advanced monitoring software included Selectable input voltage range based on appliances Auto restart function and cold start functions Overload and short circuit protection Compatible with mains voltage and generator power Advanced charging algorithm for improved battery performance Customizable FlinSlim is designed to offer great flexibility

If you are looking for a solar hybrid system, your search is finish here. We are the well-known manufacturers, supplier and exporter of Solar Hybrid System. We provide best Solar Hybrid System at low cost with one year warranty. A hybrid solar system with high temperature stage is described. The system contains a radiation concentrator, a photovoltaic solar cell and a heat engine or thermoelectric generator to produce electricity. For more detail, please call us at - or visit our website http://www.alfredkim.com

Visit rajivihaan shop on e-Bay for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 5Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 60W, but preferably  50W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at for any additional information, or visit www.rajivihaan.com      

Visit rajivihaan shop on e-Bay for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 20Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 240W, but preferably  200W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at for any additional information, or visit www.rajivihaan.com  

Visit rajivihaan shop on e-Bay for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 10Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 120W, but preferably  100W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at for any additional information, or visit www.rajivihaan.com  

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Contact us at   for any additional information, or visit www.gaonsegaon.com RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 20Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 240W, but preferably  200W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at   for any additional information, or visit www.gaonsegaon.com  

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan  for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 10Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 120W, but preferably  100W or below Please contact us at    or visit our website for more details:  www.gaonsegaon.com -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Please contact us at    or visit our website for more details:  www.gaonsegaon.com

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Contact us at  for any additional information, or visit www.gaonsegaon.com/ecommerce     RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 5Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 60W, but preferably  50W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at  for any additional information, or visit www.gaonsegaon.com/ecommerce      

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan  for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 10Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 120W, but preferably  100W or below Please contact us at    or visit our website for more details:  www.gaonsegaon.com/ecommerce -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Please contact us at    or visit our website for more details:  www.gaonsegaon.com/ecommerce

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions   Contact us at   for any additional information, or visit www.gaonsegaon.com/ecommerce   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 20Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 240W, but preferably  200W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. When neither Solar, nor Grid available, then battery is discharged to serve the DC Load. Contact us at   for any additional information, or visit www.gaonsegaon.com/ecommerce    

Visit rajivihaan shop on e-Bay http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions     Contact us at for any additional information, or visit www.goansegaon.com/ecommerce   RAJIVIHAAN - SOLAR HYBRID CHARGE CONTROLLER (HCC) FOR  DC LOADS - 12V, 40Amps - DC Out. Recommended Solar Panel Connectivity -  Maximum 480W, but preferably  400W or below -  This 12V HCC is to be used only to charge 12V DC batteries or to serve 12V DC Devices or 12V DC Loads. (It does not serve AC devices,  or AC Load. It does not serve 24V DC or 48 V DC devices.)   -  Function is to manage and control the Solar DC or Grid AC Mains charge to batteries connected to the Charge Controller and give 12V DC out to serve DC Loads.  This enables proper and balanced charge to batteries through Solar or AC Mains, and thus protect the batteries from situation of extra current from two different sources. This also enables stable 12V DC output from HCCU to serve as input to 12V DC devices.  - The Solar Charge Hybrid Controller (HCC) is connected to Solar Panel as well as AC Mains.  It charges from one source at a time, with preference to Solar. -  When both Solar and Grid power are available, the Hybrid Charge Controller gives preference to Solar Panels for charging the battery, which allows for Zero Running Cost Solar Power to charge the battery at rated power, and also protects the battery from faster than recommended charging from two sources of power, thus retaining life of the battery.  The DC Load is also served giving preference to Solar. Mode of Operation:- When both Solar and Grid Power available, then preference given to Solar Power. In case Solar power more than Load, then Solar Power serves the DC Load, and differential power charges the battery. In case Solar power less than Load, then Solar Power serves the DC Load, and differential power is drawn from battery discharge. When Solar not available, but AC Mains Grid available, then obviously AC supply is converted to DC by the HCCU to serve the DC load, and the battery is also charged by converting AC to DC. Contact us at for any additional information, or visit www.goansegaon.com/ecommerce        

WARRANTY UP TO 7YEARS SEE WARRANTY TERMS Download Catalogue:  http://www.su-kam.com/Upload/UpProductCatalogue/Brainy-Solar-Hybrid-UPS.pdf                      Brainy Solar Hybrid UPS The sun is the most well distributed source of energy and solar power harnesses this abundant resource, more so

Brainy Solar Hybrid UPS The sun is the most well distributed source of energy and solar power harnesses this abundant resource, more so

FlinSlim 1kVA Solar Hybrid Inverter can power up to 1kVA (1kVA) of load and has a surge capacity of 2 kVA (W). It also requires only one battery to operate and good enough for powering lighting, fan load as well as some other low power consuming devices. You can connect up to 900W of solar panels to this inverter. For any questions, please email us at or call us .  For more details about our high quality inverter, see below. FLINSLIM SOLAR HYBRID 1kVA INVERTER High Efficiency | Pure Sine Wave | In- built Solar Controller FlinSlim Solar Hybrid Inverter is a next generation solar inverter, that is easy to install, highly efficient and has a sleek artistic design. FlinSlim has an in- built solar charge controller that assures maximum solar power is generated and allows you to save more on your electricity bills. The auto- features make sure that the inverter automatically switches to solar & battery mode as soon as there is a power cut, while during the day time solar power & utility power is combined to power your home load to provide you maximum savings.  With its pure sine wave output, this compact solar hybrid inverter fully assures that modern electronics like computers and audio/visual equipment, or any other sensitive load, will be powered without another any problems.  Special Features Pure sine wave inverter with 93% peak efficiency In- built solar charge controller  Double surge power capacity Advanced monitoring software included Selectable input voltage range based on appliances Auto restart function and cold start functions Overload and short circuit protection Compatible with mains voltage and generator power Advanced charging algorithm for improved battery performance Customizable FlinSlim is designed to offer great flexibility

Visit rajivihaan shop on http://stores..in/rajivihaan for other Solar, DC, or AC-DC Energy Efficient Products and Solutions. Click here for rajivihaan shop on http://stores..in/rajivihaan     The stated price is for Super Efficient Fan, Brushless BLDC Fan with AC-DC Regulator included. Can work on AC Mains from Grid or from DC (Solar or Battery)  Obviously requires AC Mains connection if desired to work on AC Requires Solar panel, Charge Controller, and battery as extra items if desired to work on DC The Hybrid BLDC Fan or Brush Less DC Fan works on 12V from Solar Panel and/or Battery, or can work from AC Mains Can be connected to both AC Mains and DC, but will choose AC automatically when both AC and DC are available., and choose DC (Solar/Battery) only when AC Mains Grid is not available. In case user desires to save costs and run Fan from DC Solar when AC Mains are available, then simply turn off the switch coming from AC to Regulator, which means Fan does not sense AC electricity coming in, and thus can be run on Solar DC to save running costs during day inspite of AC Grid being available.  MM or 48" Sweep. Super Efficient. Consumes only 25Watt. Saves more than 60% energy compared to conventional fans. Ball Bearing for  smooth functioning. Silent operation.  Exceptionally low heating during long hours of operation. Caution:-  1.) This is a 12V DC Product, and works on 12V DC only. 2.) Please do not connect this product directly to 220V AC Mains electricity