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Empowering Agriculture: A Comprehensive Guide to Solar Pump Subsidy in Haryana for Sustainable Farming

Solar Pump Subsidy in Haryana, Om Solar

Within the realm of agriculture, where the delicate balance of nature governs the rise and fall of productivity, farmers encounter a multitude of obstacles. Among these hurdles, one is particularly formidable: the need for dependable and cost-effective energy to power irrigation systems. Conventional electricity-powered pumps can place a heavy burden on farmers’ finances, resulting in higher operational expenses and a decrease in overall productivity. Install solar pumps with the solar pump subsidy in the Haryana program – a sustainable and economical solution that not only conserves electricity but also boosts agricultural productivity. Join us as we delve into the details of applying for the solar pump subsidy in Haryana, providing you with a comprehensive guide. Discover the advantages solar pumps offer farmers, allowing them to reduce their electricity consumption effortlessly.

Understanding the Basics of Solar Pump Technology

Solar pumps utilize photovoltaic panels to convert sunlight into electricity, providing a clean and renewable energy source. These systems typically consist of solar panels, a pump, and a water storage facility. Unlike conventional pumps dependent on grid electricity, solar pumps operate independently, drawing power directly from the sun.

Also Read: Top 10 Solar Panel Manufacturing Companies In India

Installing Solar Pump Systems for Irrigation

The installation process of solar pump systems is relatively straightforward. Farmers need to position the solar panels in an area with maximum sunlight exposure. The pump is then connected to the solar panels, allowing it to run whenever sunlight is available. Since solar pumps require minimal maintenance and have no fuel costs, they offer a sustainable alternative to conventional pumps.

Saving Electricity Costs and Reducing Dependency on the Grid

One of the most significant advantages of solar pumps is the reduction in electricity costs. Farmers no longer need to rely on the grid, eliminating the financial burden associated with traditional electricity-based pumps. This not only results in immediate cost savings but also shields farmers from the unpredictability of grid power supply, ensuring a more stable and consistent irrigation process.

Enhancing Water Management and Conservation

Solar pumps enable precise control over water usage through technologies like drip irrigation and precision farming. This level of control not only conserves water resources but also enhances overall water management on the farm. By efficiently utilizing water, farmers can optimize crop yields, reduce wastage, and contribute to sustainable agricultural practices.

Increasing Productivity Through Reliable Water Supply

With solar pumps ensuring a continuous and reliable water supply, farmers can schedule irrigation according to their crops’ specific needs. This consistency leads to improved crop health, reduced risk of water stress, and ultimately higher productivity. Solar pumps empower farmers to take charge of their irrigation schedules, adapting to changing weather conditions and optimizing crop growth.

 Exploring Financial Incentives and Subsidies

Governments and organizations worldwide recognize the potential of solar pumps in transforming agriculture. Many countries offer financial incentives, subsidies, and support programs to encourage farmers to adopt solar pump technology. By taking advantage of these initiatives, farmers can offset initial investment costs and make the transition to solar-powered irrigation more affordable.

Solar Pump Subsidy in Haryana: Up to 75% Rebates Announced Under PM KUSUM

Significant subsidies, reaching up to 75%, have been announced by the Department of New and Renewable Energy in Haryana for solar pumps with capacities ranging from 3 hp to 10 hp solar water pump subsidy in Haryana. The Pradhan Mantri Kisan Urja Suraksha Evam Utthan Mahabhiyaan (PM KUSUM) is the program that is responsible for this project throughout the fiscal year 2023-24.

Solar Water Pump Subsidy

This is the projected amount that the user will be responsible for paying for solar water pumps. Depending on the firm, it might be more or less than others.

Sr. No.Type and Capacity of Solar PumpApproximate amount paid by the customer
13 HP DC, Surface (Monoblock) with Normal Controller55000
23 HP DC, Submersible with Normal Controller56000
35 HP Surface (Monoblock) with Normal Controller78000
45 HP Submersible with Normal Controller79000
57.5 HP DC Surface (Monoblock) with Normal Controller111000
67.5 HP DC Submersible with Normal Controller112000
710 HP DC Submersible with Normal Controller137000
810 HP DC Surface (Monoblock) with Normal Controller139000
93 HP DC, Surface (Monoblock) with Universal Solar Pump Controller80000
103 HP DC, Submersible with Universal Solar Pump Controller83000
115 HP DC, Surface (Monoblock) with Universal Solar Pump Controller102000
125 HP DC, Submersible with Universal Solar Pump Controller105000
137.5 HP DC, Surface (Monoblock) with Universal Solar Pump Controller154000
147.5 HP DC, Submersible with Universal Solar Pump Controller167000
1510 HP DC, Surface (Monoblock) with Universal Solar Pump Controller205000
163 HP DC, Submersible with Universal Solar Pump Controller212000

Subsidy Details:

Solar Pump Subsidy in Haryana, Om Solar

3 HP to 7.5 HP Solar Pumps:

Farmer’s share: 25%

MNRE subsidy: 30%

State government subsidy: 45%

10 HP Solar Pumps:

User share: 25%

MNRE subsidy (limited to 7.5 HP rate): 30%

Remaining covered by state government subsidy

Beneficiaries:

The Hareda solar pump subsidy program caters to various beneficiaries, prioritizing small and marginal farmers, including individual farmers, water user associations, cow shelters, farmer producers’ organizations, primary agriculture credit societies, and community-based irrigation systems.

Application Process:

Farmers interested in installing solar water pumping systems must apply for solar water pump subsidy in Haryana online application through the dedicated portal. Eligibility requires a valid Parivar Pehchan Patra and agricultural land registered under the applicant’s name.

Allocation Criteria:

Conditions and Exceptions:

Allocation prioritizes applicants with electric tubewell connections up to 10 HP between 2019 and 2021, followed by Micro Irrigation Centralized Approval and Distribution Agency (MICADA) applicants. Family income and landholding are crucial parameters for the solar tubewell scheme in Haryana selection.

  • New solar pumps won’t be installed where the groundwater table is below 100 feet.
  • Existing standalone diesel pumps can be converted in those areas with micro-irrigation techniques.
  • Micro-irrigation systems are mandatory for regions with a low groundwater table.
  • MNRE subsidy is available for pumps with a universal solar power controller (USPC).
Implementation and Timeline:

HAREDA will oversee installations of the Saral Haryana solar pump through impaneled firms, with the process expected to take approximately three months. Penalties and allowances are specified for delays and exceptional circumstances.

Regulations:

  • Each family can receive only one solar pump.
  • Existing consumers of electric tube wells with up to 10 HP get priority in new allocations if they surrender their existing connections.
  • Beneficiaries are restricted from shifting, selling, or transferring their solar pumps.

Application Refund and Accountability:

  • A 5% forfeiture applies to refund requests after the work order is issued.
  • Incorrect information may lead to application rejection and a 10% deposit forfeiture.
Group Installations

Water User Associations, community-based irrigation systems, and Farmer Producer Organizations may receive multiple pumps following program guidelines, with considerations for larger pumps.

Solar panel subsidy in Haryana for farmer initiative under PM KUSUM aims to promote sustainable agriculture while ensuring equitable distribution and adherence to specified conditions.

Required Documents and Eligibility Requirements

  • ID for the family
  • Those farmers who do not have access to power or solar pumps.
  • of agricultural land, often known as jamabandi or fard.
  • A micro irrigation system, which may include seepage, spray irrigation, or subterranean pipeline, ought to be established in the field, or it will be installed before the installation of the pump (certificate or affidavit).
  • Paddy farmers can’t participate in this program if the groundwater level in their region has dropped below 40 meters.

For more information, please get in touch with Om Solar Solution. They provide installation services for solar panels and solar pumps at reasonable prices.

Conclusion

Haryana possesses immense solar potential, making it one of the leading states in India. Additionally, it has the second-highest number of PM KUSUM solar pump installations. The Haryana Solar Water Pumping Scheme 2023 was implemented by the state government to assist farmers. The government offers a generous 75% subsidy on surface (Monoblock) and submersible solar pumps ranging from 3 HP to 10 HP for irrigation purposes. The system utilizes solar energy to promote sustainable farming practices.

Also Read: All the Information You Need to Know About Solar Panel Subsidies in Uttar Pradesh

The Haryana Solar Water Pumping Scheme 2023 allows individuals to apply for a subsidy on solar water pumps in Haryana through an online application. The scheme operates on a first-come, first-served basis for the installation of solar pumps. By utilizing the online platform, farmers are provided with the opportunity to apply conveniently. This plan offers farmers a unique chance to enhance irrigation, reduce power consumption, and safeguard the environment.

Contact us for additional information, we will gladly assist you.

Solar pumps have revolutionized farming practices, offering sustainable and efficient solutions for farmers. These systems utilize solar energy to reduce electricity expenses and promote productivity and water conservation. This guide presents a step-by-step adoption of solar pump technology, enabling farmers to embrace a more sustainable and resilient future. By harnessing the sun’s power, it becomes a reliable partner in their agricultural journey.

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