Farming

Solar Farming

• Novel and cost-effective method for increasing solar energy utilization while conserving valuable land resources.
• Bringing together solar panels, inverters, transformers, and other components to create a centralized source of renewable energy.
• Contribute significantly to reducing carbon footprints and mitigating climate change effects.
• Can be expanded in size to meet growing demand for renewable energy.

Solar Water Solution

OFF grid Solar pumps
INTRODUCTION SOLAR WATER PUMPS IN INDIA

The solar water pump also know as solar pumping system, solar submersible pump or solar pump, a water lifting system powered with electricity generated by solar panel. Solar pump directly connects with solar panel through a mppt solar pump controller. Whenever sunlight drops on solar panel, solar submersible pump starts lifting the water from ground.

There is no electricity required to run this solar pump. Even using solar power pump is more economical where grid electricity is not available. These pumps mostly uses by farmers for irrigation of farming land and horticulture farms. Solar pump can be use for fountain, swimming pool pump, water circulation pump, mono-block home pump and other similar applications.

Our range of submersible pump is anti-corrosion in nature and provides high wear resistance. It reduces the running costs due to its high pumping efficiency and longevity. It can work continuously for a longer period of time without any trouble which results in high reliability and provide best results.

Ideal for remote areas where electricity is not available.
Drip Irrigation & sprinkler for farms
Water supply for schools, hospitals, homes, institutes & Government establishments.
Industrial applications.

Operating Conditions

• Max. Liquid Temp. - 45Â^oC
  Water ph Value - 6.5-8.0
  Max.Quantity of Sand - 50gm/m³
  Pumped liquid - Clean Water free from solids
  chemically natural & close to haracteristics of water.
  Start /Hours - Max.30 at regular interval

Suitable for day time Irrigation, continuous output for 6-8 hours in a day. We offer Submersible pumps with energy-efficient duty point ranging from 1-50 m³/h. Complete range of pumps & motors which as a standard are made completely of stainless steel AISI-304. This provide for good wear resistance and a reduced risk of corrosion when pumping normal cold water with a minor content of chloride. Stainless Steel means less weight which facilitates easy handling of pumps and results in low equipment and installation cost and service time. In addition pumps will be as new even after long application tenure due to the high wear resistance of stainless steel.

MAJOR COMPONENTS/PARTS OF A SOLAR WATER PUMPING SYSTEM

• Solar PV panel which generate power
• Controller which controls the system
• Motor pump to lift the water
• Pipes

TYPES OF SOLAR PUMP

There are many types of solar pump, but only two types are most successful. One is submersible solar pump and another is surface pump. Both pump come in DC and AC technology.

SOLAR SUBMERSIBLE PUMP

Where the depth of water level is more than 15 meter, submersible pump is recommended. This pump keeps inside the water and lift it out. Solar submersible pump is the most selling pump in India as the depth of water level is very low in maximum areas.

SOLAR SURFACE PUMP

If the depth of water is less than 15 meter and if you want to lift water to ground or above the ground level solar surface pump will be the best choice.

OTHER TECHNOLOGIES' SOLAR PUMP

We have three technologies to power your solar surface water pump (AC/DC) and solar submersible water pump (AC/DC). The detailed description of technologies is mentioned below:

• Solar pump VFD Drive
• Hybrid Solar PV pump (Solar power + Grid electricity + Battery)
• On grid solar PV pump (With Net Metering)

THE BENEFITS/ADVANTAGES OF SOLAR WATER PUMP

Without solar-powered water pumps, many communities in developing countries need to rely on rain and inaccessible water sources. This lack of reliable water can limit harvesting to only two times each year. Odd. People are also forced to derive their energy from impure, toxic fuels that harm the environment and community members. Around three billion people worldwide depend on fuel wood for household energy. Charcoal which is made of fuel wood powers their water pumps. The problems with fuel wood are scarcity and women and children (who are mainly responsible for collecting wood) have to walk further to collect the wood needed for fuel wood.

Solar energy has many benefits, especially when it comes to agricultural use. We've talked endlessly about the uses of solar energy, the benefits of solar power, the different ways to implement solar on your property, and more. We've also talked about how solar has advanced and changed over the years. What we haven't talked about is why solar water pumps are so beneficial for agricultural use in general.

At Advanced Power, we can provide you with the solar water pump and other solar equipment you require for any application. From complete solar pump systems to custom solar equipment, we've got you covered. Our high-quality products can help improve the efficiency of your property and provide many additional benefits.

Benefits/Advantages of a solar water pumping system

• No fuel cost - as it uses available free sun light
• No electricity required
• Long operating life
• Highly reliable and durable
• Easy to operate and maintain
• Eco-friendly

A Universal Solar Pump Controller (USPC) is a device that can be used with a grid-connected solar plant to power a water pump:

How it works

A USPC can control single or three-phase motors that run on 110, 220, or 230 VAC. It monitors the power from the solar array and supplies power to the pump motor when there's enough. When the pump isn't needed, the excess power can be exported to the grid.

Benefits

A USPC can help farmers use their solar systems more effectively throughout the year.It can also help conserve groundwater and generate profits from clean energy.

Features

A USPC can include features like:

• Automatic shutdown to protect the pump and motor
• Variable speed operation to reduce stress on the motor
• Remote monitoring system (RMS) to fetch pump data like power generation and water output
• GPRS enablement for better protection