Solar Street Lights,Solar Water Heaters,Solar Slow Pumps,Solar Charge Connectors,Solar Lanterns,Solar Electric Motors

Solar Systems

We manufacture solar systems which are designed as per the client's requirements & are also in accordance with international standards. These solar systems are also made using premium quality raw materials & suit the purpose they are meant for. Oure range of solar system includes solar systems, solar street lights, solar water heaters, solar slow pumps, solar charge connectors, solar charge connectors and solar electric motors.

Solar Street Lights

The solar street lights is an outdoor application light source which is easy & safe in operation. street light gives bright light over a semi circular radius of 30 feet. The solar street light includes all components needed for usage:

A photovoltaic module generates the electricity needed for lighting the street light.
A Tubular Lead Acid battery stores generated electricity for use at night time. The Charge controllers are integrated with dusk & dawn sensing.

General:

Solar PV Module: 75 Wp
Battery: 12 V, 75Ah
Lamp Type: Compact Fluorscent lamp (CFL)
Lamp Wattage: 11 W
Daily Operation: Dusk to Dawn

Mechanical:

Post Height: 4.2 (4.0 m above ground level)
Pole Diameter: 65/50 NB Outer Diameter
Finishing: Pure Polyester Power coating on GI Pole
Supply: Supplied in 2 parts for easy assembly & installation

Electrical:

Charging Method: Series pulsed, two step
Reverse Polarity Protection: Provided with glass cartridge fuse
Invertor Efficiency: >82%
Temperature Compensation Provided

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Solar Water Heaters

We offers a broad range of quality solar water heaters which are highly reliable, easy-to-use & install. We also build solar water heater which includes highly efficient hot-water systems for institutional usages.

Features:

PUF insulated storage tank: Minimum heat loss during the night
Stainless Steel Tank: Free from Corrosion Toughened Glass-For better transmission of solar radiation & high durability
Copper Absorber: Specially coated with selective coating to absorb maximum solar radiation

Benefits:

Savings on your electricity bill upto Rs 5400 per annum for a 100 LPD System Hot water even in cloudy days just by switching ON the back up heater
Low Maintenance: Due to sturdy & robust construction
Pay back on Investment: Within 4 years

Applications:

Residential / Hospitals / Colleges
Hostels / Hotels / Industries

Storage Tank
Tank	SS 304 Grade
Insulation	PUF (Polyurethane foam)
Electrical Heater	2KW
Scaling Dissolver	Sacrificial Anode

Collector
Collector
Area	2.13sqm approx.
Absorber	Copper (99.99%)
Glass	4mm toughened
Models (Standard, Pressurised or Heat Exchanger)
Aluminium Cladding	100/200lpd

Solar Water Heaters

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Solar Slow Pumps

Solar Slow Pump was the world's first commercially available low power solar pump. It was developed by Windy Dankortt In 1955, In response to those who said "That's Impossible". Thousands of slow pumps have been installed worldwide by ranchers, home owners, missionaries, health workers ane government agencies. Some of our oldest slow pumps are still in service. Slow pump is not submersible but can draw water from shallow wells, springs, cisterns, tanks, ponds, rivers and streams, and push it as high as 450 vertical feet and through miles (kilometers) of pipeline. Slow pumping minimizes the size and cost of the solar array, wire and piping. Slow Pump is less expensive than submersible DC pumps & made in a much wider range of sizes. The wearing parts typically last 5-10 years & the overall life expectancy is 15-20 years.

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Solar Charge Connectors

Solar Charge Connectors:
The high-performance connection from solar charge controllers of the SCC vision series, to your PC or laptops for comprehensive analyses of off-grid solar systems. For off-grid energy systems, it is important to be able to monitor & analyse the system status & performance data at anytime in a straight forward manner. The data is transferred from the solar charge controller SCC vision, via the SCC connector to the software SCC com, where it is available for analysis & monitoring the current system status.

Maintain An Overview:
The software SCC com informs you of the most important data regarding the battery, system performance & the sellings of the solar charge controllers, all at a glance, & also indicates the present levels of voltage & current.

Analysis of System Performance:
Voltages, currents, capacities & charge levels are indicated, data of the past week, month, and of the year are also available. Critical system status can thus be quickly identified & addressed.

Simplified Configuration:
Settings, which usually takes place directly at the device, can also be carried out comfortably via the software SCC com

Comfortable Data Archiving:
Solar Charge Coneenectors enables the analysis of several solar charge controllers, as the data can be stored internally, & re-imported. Imported into other applications, such as spreadsheet programs etc.

Solar Charge Connectors

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Solar Lanterns

The Solar Lantern includes all components needed for usage:

A photovoltaic module generates the electricity needed for lighting the lantern.
A sealed maintenance-free battery stores generated electricity for use at night-time.

The included charge controller efficiently charges the battery & protects the battery from overcharging & discharging. The high frequency inverter optimizes the light output by efficiently converting the power. Battery, Charge Controllers & Inverters are integrated in the body of the lantern. Two LEDs indicate charging & low battery status. Environmental friendly unlimited energy from the sun. Safe & Easy in operation. Pure white light in all directions. Robust & Attractive Casings.

General:

Solar PV Module: 10 Wp
Battery: 12 V, 7Ah
Lamp Type: Compact Fluoresscent lamp (CFL)
Lamp Wattage: 7W
Rated Light Output: 385 lm +/-5%
Light Coverage: 360 Degree
Daily Hours of Operation: 3-4 Hrs
Days of Autonomy: 2-3 days.

Mechanical:

Lamp Fixing: CF Lamp in Base up configuration.
Case: Injection Moulded Engineering Plastic
Light Diffuser: UV Stabilised, Non-Yellowing Acrylic

Electrical:

Invertor Type: Quasi Sine Wave.
Invertor Frequency: 25-35 KHz.
Invertor Efficiency: >82%
Charging Method: Series pulsed, two step.
Indication: Charging, Low Battery.
Reverse Polarity Protection: Provided with gas cartridge fuse.
Temperature Compensation Provided

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Solar Electric Motors

The solar electric motors uses solar-electric power to pump as much as 50.000 gallons (200 m3) per day from shallow water sources.

Applications Include:

Irrigation
Live Stock
Domestic Water
Pond Management
Water Treatment
Solar Water Heating
Hydronic Space Heating and Fire protection

These pumps have been in worldwide use since 1989. They can be used without batteries. Maximum suction lift is 10 vertical feet (3 m).

PV Array-Direct Application:
A PV-direct system uses water storage instead of batteries. This is the simplest and most durable system for most applications. A pump controller (linear current booster) is not required. A solar tracker (optional) will help to maintain optimum flow through the entire solar day.
Storage of 3-7 days water demand is recommended. Optimum for circulation of solar-heated water.

Battery Application:
A battery system is best where there is need for constant pressure or pressure on demand, or where a tank is not feasible, or where a battery system is required for other power applications. Batteries can be charged by any power source.

Selecting A Pump:
Select the appropriate chart of PV Array -Direct Applications or Battery Application. Total dynamic head = vertical distance from surface of the water source to the discharge or top of storage tank + pipe friction losses. Use the solid line grid for English units. Use broken line grid for metric units. Locate the coordinates for the required head & flow. Find the pump curve that is nearest to that point. If there are more curves to chose from, compare the power requirements. If PV-direct, the curve that goes higher will work better during low sun intensity. For PV-Direct systems, array size (watts) is critical. Do not undersize the array. Over sizing will improve performance in low sunlight conditions. Multiple pumps can be used to provide greater flow.

Solar Electric Motors