Using solar panels to run well-pump and pumping water

Using solar panels to run well-pump and pumping water
Using solar panels to run well-pump and pumping water

Solar panels powered system is good for pumping water

There is a large population that wants to help environment by using solar energy. However, many of them are really not aware of the various usages of solar panels. A good way to use solar panels is to install a solar-powered water pump for pumping water out of well. Traditionally windmills have been used to power such systems, but solar panel powered system works equally well and is equally environment-friendly.

 

MNE can help you build a solar powered panel system

You need not buy solar with very high wattage rating to run a solar pump. In order to correctly determine the wattage rating before you buy it, it is better to check with your well-drilling company. One important point that you should take care of while setting up an outdoor solar panel system is to buy a mounting rack to offer sufficient clearance between the ground and from surrounding trees. This will prevent your pets, floodwater’s or falling branches from nearby trees.All above this,Megawatt New Energy can help you build a solar powered water pumping system.

 

Choose a good well-pump,solar pump inverter

Make sure that you choose a good quality well-pump that fits well with the solar you buy. It should be able to make the best use of the power from this and should not require an inefficient wasteful transformer. If you are consulting your well drilling provider, you are likely to be offered a standard well-pump, a 220V alternating current model. The main problem associated with using such high voltage pumps is that the transformer needed will be extremely wasteful. It can cause huge strain on inverter during start-up. Unless you own a full-out inverter, this strain can result in dropping the power supply to your home or even, an inverter failure in the worst case. A 120 volt AC model is ideal to use that does not put such high burden on your inverter.

Choose a good well-pump,solar pump inverter
Choose a good well-pump,solar pump inverter

Buying solar panels for powering well-pumps is a practical idea. It can be very helpful in saving serious amounts of money on electricity. Also, beginning with a solar power well-pump can pave the way towards an entirely solar power home.

 

More info:  Using solar panels to run well-pump and pumping water

What Is Solar Submersible Pumps And How It Works?

What Is Solar Submersible Pumps And How It Works?
What Is Solar Submersible Pumps And How It Works?

 

Submersible solar powered water pumps suitable for irrigation

 

If you are facing acute power shortage and is in need of regular, consistent supply of water for irrigating your farm, then perhaps the best solution for your problem would be a Solar Submersible Pump.

Widely regarded as the most cost-effective and economical of all water pumps, the Solar Submersible pump is mainly used in well pumping applications.

They offer several distinct advantages over other water pumps. Solar Submersible pumps could be positioned in a pond or creek in such a way that they remain fully submerged and are basically used in pressurized and non-pressurized irrigation, home water systems and livestock watering.

Submersible solar powered water pumps suitable for irrigation
Submersible solar powered water pumps suitable for irrigation

 

How the submersible solar powered water pump works

 

A Submersible Solar Powered Water Pump offers a tremendous deal of benefits. If your water system is equipped with a battery bank which facilitates energy storage, then water could be pumped at any time of the day, in all weather conditions.

 

A solar-powered water system basically constitutes two parts. The main component of a solar powered water system is the solar electric modules. The motor and pump operates using the electricity from the solar panels.

 

The water is thus directed through the pipe to the desired place. Most of the solar-powered water systems pump the water into a reservoir, where abundant water is stored and supplied for immediate use in cloudy weather or at night.

How the submersible solar powered water pump works
How the submersible solar powered water pump works

It is easy to maintain solar submersible water pump

 

Moreover, a Solar Submersible Pump needs very little maintenance. Installing the equipment is also very easy and could be set up even by a person who has very little technical know-how or expertise. They are generally installed on special ground or pole mounting structures.

 

One of the greatest advantages of using solar electricity is that it could be used directly or it could be conveniently stored in batteries for future use. The batteries used in most solar powered water systems are called deep-cycle batteries and could be recharged whenever necessary. They also provide a consistent supply of power over a longer duration of time. And what more…! Using solar power to pump water is highly cost-effective and reliable.

It is easy to maintain solar submersible water pump
It is easy to maintain solar submersible water pump

1.1kW Solar farm irrigation project in Botswana

Solar irradiation: 6.1kWh/m²/d

Solar array: 1.5kW

Pump power: 1.1kW

Head: 45m, Flow: 5m³/h

Daily water flow: 25m³

Water flow annually: 9,125m³

Electricity output annually: 2,739kWh

Saved diesel annually: 0.68t

Saved standard coal annually: 386t

Emission-cut of CO2 annually: 0.90t

Emission-cut of SO2 annually: 0.63t

Emission-cut of NO2 annually: 0.31t

1.1kW Solar farm irrigation project in Botswana
1.1kW Solar farm irrigation project in Botswana
1.1kW Solar farm irrigation project in Botswana
1.1kW Solar farm irrigation project in Botswana
1.1kW Solar farm irrigation project in Botswana
1.1kW Solar farm irrigation project in Botswana
1.1kW Solar farm irrigation project in Botswana
1.1kW Solar farm irrigation project in Botswana

1kW Solar pump for water supply in Botswana

Solar irradiation: 6.1kWh/m²/d

Solar array: 1.5kW

Pump power: 1kW

Head: 65m, Flow: 2.8m³/h

Daily water flow: 14m³

Water flow annually: 9,125m³

Electricity output annually: 3,651kWh

Saved diesel annually: 0.91t

Saved standard coal annually: 514t

Emission-cut of CO2 annually: 1.20t

Emission-cut of SO2 annually: 0.84t

Emission-cut of NO2 annually: 0.42t

1kW Solar pump for water supply in Botswana
1kW Solar pump for water supply in Botswana
1kW Solar pump for water supply in Botswana
1kW Solar pump for water supply in Botswana
1kW Solar pump for water supply in Botswana
1kW Solar pump for water supply in Botswana
1kW Solar pump for water supply in Botswana
1kW Solar pump for water supply in Botswana

4kW Solar powered pump for farm in Botswana

Solar irradiation: 6.1kWh/m²/d

Solar array: 5.5kW

Pump power: 4kW

Head: 161m, Flow: 5m³/h

Daily water flow: 25m³

Water flow annually: 9,125m³

Electricity output annually: 10,042kWh

Saved diesel annually: 2.51t

Saved standard coal annually: 1,414t

Emission-cut of CO2 annually: 3.29t

Emission-cut of SO2 annually: 2.30t

Emission-cut of NO2 annually: 1.15t

4kW Solar powered pump for farm in Botswana
4kW Solar powered pump for farm in Botswana
4kW Solar powered pump for farm in Botswana
4kW Solar powered pump for farm in Botswana
4kW Solar powered pump for farm in Botswana
4kW Solar powered pump for farm in Botswana

3KW Solar operated water pump in Botswana

Solar irradiation: 6.1kWh/m²/d

Solar array: 4.5Kw

Pump power: 3Kw

Head: 123m, Flow: 5m³/h

Daily water flow: 25m³

Water flow annually: 9,125m³

Electricity output annually: 8,216kWh

Saved diesel annually: 2.05t

Saved standard coal annually: 1,157t

Emission-cut of CO2 annually: 2.69t

Emission-cut of SO2 annually: 1.88t

Emission-cut of NO2 annually: 0.94t

3KW Solar operated water pump in Botswana
3KW Solar operated water pump in Botswana
3KW Solar operated water pump in Botswana
3KW Solar operated water pump in Botswana
3KW Solar operated water pump in Botswana
3KW Solar operated water pump in Botswana

4kW solar powered water pump system in Botswana

Solar irradiation: 6.1kWh/m²/d

Solar array: 5.5kW

Pump power: 4kW

Head: 161m, Flow: 5m³/h

Daily water flow: 25m³

Water flow annually: 9,125m³

Electricity output annually: 10,042kWh

Saved diesel annually: 2.51t

Saved standard coal annually: 1,414t

Emission-cut of CO2 annually: 3.29t

Emission-cut of SO2 annually: 2.30t

Emission-cut of NO2 annually: 1.15t

4kW solar powered water pump system in Botswana
4kW solar powered water pump system in Botswana
4kW solar powered water pump system in Botswana
4kW solar powered water pump system in Botswana
4kW solar powered water pump system in Botswana
4kW solar powered water pump system in Botswana

15KW solar agricultural irrigation project in Morocco

Solar irradiation: 5.6kWh/m²/d

Solar array: 28.8kW

Pump power: 15kW

Head: 52m, Flow: 75m³/h

Daily water flow: 400m³

Water flow annually: 146,000m³

Electricity output annually: 20,113kWh

Saved diesel annually: 5.03t

Saved standard coal annually: 2,833t

Emission-cut of CO2 annually: 6.59t

Emission-cut of SO2 annually: 4.61t

Emission-cut of NO2 annually: 2.30t

15KW solar agricultural irrigation project in Morocco
15KW solar agricultural irrigation project in Morocco
15KW solar agricultural irrigation project in Morocco
15KW solar agricultural irrigation project in Morocco
15KW solar agricultural irrigation project in Morocco
15KW solar agricultural irrigation project in Morocco