Skip to content
Solar Pumps. Solar pump installation

Solar Pumps. Solar pump installation

    Solar Pumps

    India’s agriculture sector is heavily dependent on monsoons for natural irrigation. Pumps are used as an artificial means to provide water for irrigation. Farmers rely on grid electricity or diesel gen-sets to run the pump, which leads to huge delays and economic stress. Hence, for our farmers, an effective irrigation system such as the Solar Water Pump is a great boon. It increases their crop yield by ensuring a reliable and perennial supply of water to their fields. A solar water pump is an application of photovoltaic technology which converts solar energy into electricity to run the pumping system thereby, replacing erratic grid supply and pollution-causing diesel-powered versions. The solar water pump is powered by solar modules that helps draw surface or ground water out for irrigation. TATA POWER SOLAR offers both DC and AC range of Solar Water Pumps in both Surface and Submersible categories. These pumps help reduce farmers’ dependency on expensive fuels and their maintenance costs as opposed to conventional irrigation systems. By switching to Tata Power Solar Water Pumps, farmers can have access to a highly-efficient power supply that can be used throughout the day to provide a consistent water supply. With over 97,000 pumps installed across India till date, our goal is to provide water assurance and financial security to all farmers in India.

    Tata Power Solar Water Pumps are available through the PM-Kusum Scheme at subsidized rates but in case of direct purchase, you can contact us on our Toll-Free No.

    PM-KUSUM Scheme

    PM-KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan) Scheme, has been launched by the Ministry of New and Renewable Energy (MNRE) for setting up subsidized solar pumps and distributed solar power plants across the country. It is one of the biggest initiatives in the world to provide clean energy to more than 3.5 million farmers across India.

    Tata Power is delighted to be an empanelled agency under the PM-KUSUM scheme to help our Indian farmers with their irrigation needs even in the most remote corners of the country and assure a steady income for them at all times.

    How to Buy

    Pump Purchase Process

    • Click to select your ‘State’ on the Map
    • Register as an applicant by clicking on the link with all the required documents such as AADHAAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on https://www.mahaurja.com/meda/ with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on https://pmkusum.guvnl.com/ with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on http://www.aed.tn.gov.in/English/solar_sch.html, https://www.tangedco.gov.in/forms.html/ with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on https://kredlinfo.in/ with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on https://himurja.HP.gov.in/ with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on https://aeda.assam.gov.in/ with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on www.mprenewable.nic.in with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on https://emitra.rajasthan.gov.in/ content/emitra/en/home.html with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on https://www.peda.gov.in/large-projects with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on https://www.jreda.com/ with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on https://status.saralharyana.nic.in/ with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on www.upagriculture.com with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    • Register as an applicant on https://breda.bih.nic.in/brd with all the required documents such as AADHAR, Land Documents etc.
    • Review the eligibility conditions for the subsidized Pump application
    • Pay the Tender Portal Charges along with the Pump Application Fees
    • Once you receive the OTP, Submit the OTP Online and select ‘Tata Power Solar’ as your preferred choice
    • A Tata representative will get in touch with you shortly once you select ‘Tata Power Solar’ in the empanelment
    solar, pumps, pump, installation

    Download

    Want to know more about Tata Power Solar Water Pumps? Solar Water Pumps Brochure Warranty Certificate

    solar, pumps, pump, installation

    Submersible Solar Well Pumps: Efficient and Cost-Effective Water Solutions

    Submersible solar well pumps are an innovative solution that can provide a reliable and cost-effective way to pump water from wells. These pumps are designed to be submerged in water and use solar energy to power the motor, which drives the pump. They are ideal for remote locations where access to electricity is limited or non-existent.

    One of the key benefits of submersible solar well pumps is their ability to operate independently of the power grid. This means that they can be used in areas where traditional electric pumps are not feasible, such as in rural areas or on farms. Additionally, solar pumps have a lower environmental impact than traditional pumps, as they do not emit greenhouse gases or require fossil fuels to operate.

    Submersible solar well pumps are an excellent choice for those looking for a reliable and sustainable way to pump water from wells. They offer a cost-effective and environmentally friendly alternative to traditional electric pumps, making them an attractive option for those looking to reduce their carbon footprint and save money on energy costs.

    Advantages of Submersible Solar Well Pumps

    Submersible solar well pumps offer a number of advantages over traditional well pumps. Here are a few of the key benefits:

    Energy Efficiency

    One of the biggest advantages of submersible solar well pumps is their energy efficiency. These pumps are powered by solar panels, which means they don’t require any electricity from the grid. This can lead to significant cost savings over time, especially in areas with high electricity prices.

    Low Maintenance

    Submersible solar well pumps are also relatively low maintenance. Because they don’t have any moving parts above ground, there’s less wear and tear on the pump itself. Additionally, solar panels require very little maintenance, so once the system is set up, there’s not much upkeep required.

    Reliable Operation

    Submersible solar well pumps are designed to be reliable and long-lasting. Because they’re completely sealed, they’re less susceptible to damage from the elements or other environmental factors. This means they can operate consistently over long periods of time without any major issues.

    Environmentally Friendly

    Finally, submersible solar well pumps are an environmentally friendly option. Because they’re powered by solar energy, they don’t produce any greenhouse gas emissions or other harmful pollutants. This makes them a great choice for anyone looking to reduce their environmental impact.

    Overall, submersible solar well pumps offer a number of advantages over traditional well pumps. From energy efficiency to low maintenance, these pumps are a great choice for anyone looking for a reliable, cost-effective, and environmentally friendly water pumping solution.

    Easy to Install for the DIYer

    Here is a great DIY solar water pumping installation video from Sunpumps which shows how to install a small diaphragm pump such as the Sunpumps SDS pump, Aquatec SWP pumps or the Shurflo 9300 pumps.

    The Aquatec and Sunpumsp both have pigtail wires coming from the top of the pump to connect power and require a splice kit. While the Shurflo 9300 has a cable plug kit to provide a watertight connection, it is important that the cable plug kit is done correctly to ensure a watertight seal and avoid water damage to the pump.

    If you have a higher lift, need more water, or want a pump that does not require service for 10 to 20 years, the Grundfos SQFlex solar well pump is a good choice. The SQFlex solar pump can lift water over 820 feet and can pump over 20,000 gallons per day at lower lifts. The SQFlex pump has great flexibility in the power source and can be powered by solar modules, a wind generator, a fuel powered generator, an inverter, the utility grid, or a combination of several of these.

    Our Favorite Submersible Solar Well Pumps

    When it comes to submersible solar well pumps, there are several options available in the market. Here are some of our favorite submersible solar well pumps that are worth considering:

    Aquatec SWP Series Submersible Pumps

    Aquatec SWP Series Submersible Pumps are designed to be efficient and reliable for off-grid applications. These pumps are made of high-quality materials that are resistant to corrosion and abrasion. They come in various sizes and flow rates, making them suitable for different applications.

    One of the notable features of the Aquatec SWP Series Submersible Pumps is their built-in MPPT (Maximum Power Point Tracking) technology. This technology ensures that the pump operates at maximum efficiency, even in low-light conditions. Additionally, these pumps have a dry-run protection feature that prevents them from running dry and getting damaged.

    Shurflo 9300 Solar Well Pumps

    Shurflo 9300 Solar Well Pumps are another popular option for off-grid water pumping. These pumps are designed to be energy-efficient and reliable, making them suitable for remote locations where grid power is not available.

    One of the unique features of the Shurflo 9300 Solar Well Pumps is their three-chamber diaphragm design. This design ensures consistent water pressure and flow, even in low-light conditions. Additionally, these pumps have a built-in pressure switch that turns the pump on and off automatically, depending on the water demand.

    Grundfos SQFlex Solar Well Pumps

    Grundfos SQFlex Solar Well Pumps are a premium option for off-grid water pumping. These pumps are designed to be highly efficient and reliable, making them suitable for demanding applications.

    One of the notable features of the Grundfos SQFlex Solar Well Pumps is their advanced motor technology. This technology ensures that the pump operates at maximum efficiency, even in low-light conditions. Additionally, these pumps have a built-in MPPT (Maximum Power Point Tracking) technology that optimizes the pump’s performance based on the available solar energy.

    In conclusion, these are some of our favorite submersible solar well pumps that are worth considering for off-grid water pumping. Each of these pumps has its unique features and benefits, so it’s essential to choose the one that best suits your specific needs and requirements.

    Factors to Consider When Choosing a Submersible Solar Well Pump

    When choosing a submersible solar well pump, there are several factors to consider. Here are some of the most important ones:

    Water Needs

    The first factor to consider is the amount of water needed. This will depend on the number of people using the water and their daily water usage. It is important to choose a pump that can meet the water needs of the household.

    Depth of Well

    The depth of the well is another important factor to consider. The pump needs to be able to reach the water source and pump it to the surface. It is important to choose a pump that can handle the depth of the well.

    solar, pumps, pump, installation

    Pump Capacity

    The pump capacity is the amount of water the pump can move in a given time. It is important to choose a pump with the right capacity to meet the household’s water needs. A pump that is too small will not be able to meet the water needs, while a pump that is too large will be wasteful and inefficient.

    Solar Panel Size

    The size of the solar panel is important because it determines the amount of power the pump can generate. It is important to choose a solar panel that is large enough to power the pump.

    Pump Material

    The material of the pump is important because it determines the durability and lifespan of the pump. It is important to choose a pump made of high-quality materials that can withstand harsh weather conditions and last for many years.

    Warranty and Customer Support

    Finally, it is important to consider the warranty and customer support offered by the manufacturer. A good warranty and customer support can provide peace of mind and ensure that any issues with the pump can be resolved quickly and easily.

    By considering these factors, homeowners can choose a submersible solar well pump that meets their water needs, is efficient and durable, and provides reliable performance for many years.

    Get a Quote from The Solar Store

    If you know what type of system, how much water is needed and how far it needs to be pumped you can get a FREE quote right here at The Solar Store. Go here to start: https://thesolarstore.com/quotechoice.php

    Installation and Maintenance of Submersible Solar Well Pumps

    Installing a submersible solar well pump requires careful planning and execution to ensure that the system operates efficiently and effectively. Here are some key steps to follow:

    • Determine the well depth and water flow rate. Before purchasing a submersible solar well pump, it is important to know the depth of the well and the amount of water that needs to be pumped. This information will help you select the appropriate pump size and solar panel capacity.r /
    • Install the solar panels. The solar panels should be installed in a location where they receive maximum sunlight exposure throughout the day. It is important to ensure that the panels are securely mounted and angled correctly to optimize energy production.r /
    • Install the submersible pump. The submersible pump should be installed at the bottom of the well, and the water flow should be directed towards the surface through the discharge pipe. It is important to ensure that the pump is properly sealed to prevent water from entering the motor.r /
    • Connect the solar panels and pump. The solar panels and pump should be connected using appropriate wiring and connectors. It is important to ensure that the wiring is properly grounded and protected from the elements.r /
    • Test the system. Once the installation is complete, the system should be tested to ensure that it is functioning properly. This includes checking the water flow rate, the solar panel output, and the pump performance.r /

    Maintaining a submersible solar well pump is relatively easy, but it is important to perform regular checks to ensure that the system is operating at peak efficiency. Here are some key maintenance tasks:

    • Clean the solar panels. The solar panels should be cleaned periodically to remove any dirt or debris that may reduce their energy production.r /
    • Check the pump and wiring. The pump and wiring should be checked periodically for signs of wear or damage. It is important to address any issues promptly to prevent further damage to the system.r /
    • Monitor the water flow rate. The water flow rate should be monitored regularly to ensure that the pump is operating at peak efficiency. Any changes in the water flow rate may indicate a problem with the system.r /

    By following these installation and maintenance guidelines, you can ensure that your submersible solar well pump operates efficiently and effectively for years to come.

    How to Troubleshoot Common Issues with Submersible Solar Well Pumps

    Submersible solar well pumps are a reliable and efficient way to pump water from wells without requiring electricity from the grid. However, like any mechanical system, they can experience issues from time to time. Here are some common problems and their possible solutions:

    Low Water Flow

    If you notice a decrease in water flow, the first thing to check is the pump’s filter. A clogged filter can restrict water flow and reduce the pump’s efficiency. Remove the filter and clean it thoroughly with water. If the filter is damaged, replace it with a new one.

    Another possible cause of low water flow is a damaged impeller. Check the impeller for any signs of damage or wear. If it’s damaged, replace it with a new one.

    Pump Motor Not Starting

    If the pump motor doesn’t start, the first thing to check is the solar panel. Make sure it’s receiving enough sunlight to generate power. If the panel isn’t receiving enough sunlight, adjust its position or clean it.

    If the solar panel is working correctly, check the pump’s wiring. Make sure all connections are tight and secure. If any wires are damaged, replace them with new ones.

    Pump Motor Running Continuously

    If the pump motor runs continuously, it could be due to a faulty pressure switch. Check the switch and make sure it’s set to the correct pressure. If it’s not, adjust it to the correct setting.

    Another possible cause of continuous running is a damaged check valve. Check the valve for any signs of damage or wear. If it’s damaged, replace it with a new one.

    Your Best Resource for Solar Water Pumping

    If you have questions or are ready to get a quote for a full system, please reach out or go to our QUOTE ME form to get a free quote. Contact us: info@thesolarstore.com

    Please visit our Solar Water Pumping FAQ page for more helpful articles or feel free to contact us.

    The Basics of Solar Water Pumps

    Solar water pumps are a great resource to power a pump in any geographic location. Solar pump applications make economic sense because they provide clean reliable power in remote areas, saving fuel and power line costs. Solar power water pumps are easy to install, since you do not need a battery or battery charging equipment. When the sun is shining, the system is pumping, when the sun is not shining, the system is off.

    Battery systems can be integrated into the system, but the addition of a storage tank and a larger pump will allow storage of excess water overnight and during cloudy conditions. Solar modules can be mounted almost anywhere, but should face south (for North America) and be positioned in unobstructed light for maximum output.

    Most farm and ranch applications should have the solar modules and pump controller mounted on a raised pole to stay above snow drifts and potential damage from animals. Basic pump systems only require a few components- the pump controller, and the solar modules. Here we will take a closer look at their roles and how to choose the right parts for you.

    Controllers are Integral Part of the Solar Water Pump System

    Solar charging controllers are key in maximizing pump performance and energy input. Although it is possible to connect the pump directly to the output terminals of the solar module, a controller provides much better pump performance, a start/stop control, and it maximizes the life of the pump. It prevents the pump from trying to operate when there is not enough voltage, and it has stalled. Pumps have a minimum current draw required to run. If this is not met, the solar water pump will stall and no pumping will occur.

    During less than ideal solar periods, output of the solar module can be below the amp draw required for the pump to begin pumping. A solar pump controller will convert any excess voltage of the solar array to more output current, allowing the pump to operate during ‘stall’ periods. If the pump was hooked directly to the panel it would not operate during these times.

    Solar Water Pumps Flow and Lift

    Solar water pumps are designed to provide a flow of water (GPM) for a given pressure or lift (head). Pump head is measured in feet, and represents the total lift the pump can raise water from a low point to a high point. Sometimes head is expressed as (PSI), and 1ft of head=0.433PSI.

    In order to determine the head requirements of you pump, you need to determine your site requirements. As an example, I want to fill a tank on top of a small hill. The water level in this tank will be 5 feet high above ground level, and the hill top is 50-feet higher than the well. The well is 100ft deep and the pump will be positioned 80ft down. The water line is 30ft below the surface, and we anticipate the drawn down or level the water falls once pumping starts, to be 20ft.

    You do not need to calculate the head from the location of the pump or the bottom of the well, but from the draw down point or the well water surface. Therefore, I have 55ft of elevation above ground and 50ft below ground (30ft to water table 20ft of draw down) for total of 105ft or 45.4PSI of head to fill the hilltop water tank. It’s that easy.

    Solar Water Pump Specifications

    Most solar water pump specifications are listed in a table providing the flow rate information at specific heads. Generally speaking, as the head increases the flow rate declines. Therefore it is important to size your pump based on your flow rate and head requirements.

    For instance if you do not have a high flow rate requirement, you will need a less powerful pump and solar panel, saving money. Selecting the right solar array for you pump is based on your pumping requirements and location. Although it varies by location to location, the average year round daylight in the US is 4.5 hours. Knowing how long you can expect the solar pump to run daily, allows you to calculate the size of the pump to meet your needs. Once you have determined your flow rate and head needs, pump specifications will indicate their power requirements.

    Most low flow solar pumps are 12V but there are commercial pumps with higher voltages that operate at 24V or 48V. You will want to size your solar array larger than the pump requirements in order to account for efficiency loss and to keep your pump operating at maximum power. Depending on the pump you choose, you may need more than one panel to increase voltage. SolarTown’s staff will be happy to help you correctly size your solar modules.

    Pipe Sizing for Solar Water Pumps

    It is important to protect your pump intake from sediment and debris that can clog components and cause the motor to breakdown. Pipe sizing is integral in a pump system. Low flow pump systems do not maintain enough water velocity to prevent sediment build-up, and based on total piping distance, pipe thickness may vary to prevent flow rate decrease due to friction loss and eventual choking off water flow. However, pipe thickness also adds to your head requirement. For every 100ft of 1/2in PVC pipe used in a system, the head require increases by 1ft for a 1gpm system. Thus it is important to consider pipe size to maximize flow rates and consider how much piping will be required to when calculating pump sizes.

    SolarTown Can Help Select Your Solar Water Pump

    With the basic information provided above you should now have an understanding of the general requirements behind a pump system. Their relatively simple design makes them easy to install and cost effective, making solar water pumps a clean reliable cost effective solution to meet all of your water pumping, storage, and irrigation needs. Now that you have the basics you can begin to understand how to design your own solar water pump system. Of course, SolarTown is glad to help. Our team is here to offer its expert advice to help you determine the right solar pump, panels, and accessories to suit your needs.

    The Benefits of Solar Water Pump Systems

    There are many benefits to solar, especially when it comes to agricultural use. We have talked endlessly about uses for solar power, the benefits of solar, different ways to apply solar to your property, and more. We have even talked about how solar has advanced and changed over the years. What we have not talked about is why solar water pumps in general as so beneficial for agricultural use.

    While we may have touched on the issue, we haven’t shared these benefits at a deeper level with you. If you have been considering installing solar water pumps on your property, whether that be a farm, cabin in the mountains, or another business, we believe that you need to know all of the benefits they can offer.

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

    In this blog, we are going to discuss the different benefits that solar water pump systems can provide. Read on to learn more about these solar pumps and contact us today with any questions you may have about the benefits solar pumps could provide your property.

    Don’t Need External Power

    One of the biggest benefits of solar water pumps is the fact that you can use them anywhere. Even if you have a well on your property, miles from any source of power, you will still be able to pump water from your well thanks to solar. All you need is the sun and solar panels to make this work. This means that you don’t have to spend thousands trying to get source of power out to your well location or find an alternative source of power, such as a windmill (which can be expensive and takes a lot to maintain). Solar is a reliable way to power your water pumps in remote areas.

    Minimum Operating Cost

    Since energy is coming from the sun, your utility bill will be drastically reduced. Solar pump systems do not have a large operating cost, since they are powered naturally by the sun. You don’t need to pay a ton of money everytime you turn your pump on. Instead you are saving money and pumping water for a more affordable price! A solar water pump is a great investment that will make you money in the long run.

    Easy Maintenance

    Solar water pumps are also easier to maintain than other pump power sources. These pump systems can run for years without needing any maintenance. There are not many mechanical components, making them less likely to break down and require new parts or repairs. Many of the Advanced Power customers have run their solar pump systems for more than 10 years without needing any maintenance. Of course, the more you prepare your solar pump system, the longer it will go without needing maintenance. An example of this is installing a weep hole for your solar pump system if you live in an area that sees freezing temperatures. If you neglect to do this, your pump can be ruined. Maintenance is also more affordable when it comes to solar water pumps. Not only will you rarely be doing maintenance on your solar pump system, but you will also not be spending a lot of money on repairs. One of the only maintenance tasks you will have to do is cleaning your solar panels once a year to keep them working efficiently.

    Can Be Moved

    If you are in need of a water pump system or source of power that can move, solar is the best option. Whether you have to move your system due to seasonal changes or you want to relocate livestock, a water pump system that can move to a different location is a great option to have. Solar makes it easy to move and relocate, depending on the system you get. If you need a system that does not have to remain stationary, solar is the best option for you.

    Easy to Install

    Solar water pumps are easy to install on your own. This means you don’t have to wait for someone to come out and get your water pump set up for you. Our solar pump experts can talk you through the process if you have any questions. You will be amazed at how easy it is to install your solar water pump system on your own.

    Efficient

    Another benefit of solar pump systems if the fact that they are extremely efficient. Solar has improved drastically over the years, making it a great option when it comes to powering your well pump. If you live in a relatively sunny location, your solar pump will continue to work efficiently, while saving you money and making your property more eco-friendly.

    There are many benefits to installing a solar water pump to your property. These are a few of the main benefits that a solar pump system can provide. You will be able to pump water efficiently, reduce operation costs, and have a system that can work in any remote location. Start shopping through our solar water pump systems to find what you need. If you need help finding your the water pump system for your application, feel free to contact us! Our solar experts at Advanced Power can help you with finding the right system, walk you through the installation process, and answer any other questions you have. Contact us today to learn more!

    Leave a Reply

    Your email address will not be published. Required fields are marked *