- AGRICULTRUAL SOLAR SOLUTIONS
Power Your Farm, Tube Wells & Agricultural Operations with Solar Energy Free from WAPDA Forever
Pakistan’s agriculture sector runs on water and water runs on electricity. Tube wells, irrigation pumps, drip systems, poultry ventilation, dairy cooling, and agri-processing equipment all depend on a reliable power supply that WAPDA simply cannot guarantee. Load-shedding of 10 to 18 hours daily in rural Pakistan costs farmers in failed crops, dead livestock, spoiled produce, and crippling diesel bills. Regal Solar Solutions designs and installs agricultural solar systems that end this dependency permanently powering your tube wells, farms, and agri-operations with clean, free solar energy, 365 days a year, completely independent of WAPDA’s schedule. AEDB-certified. Built for Pakistan’s rural terrain. 25-year warranty on every system.
Get a Free Estimate
- WHY AGRICULTURAL SOLAR
Agricultural Solar That Ends Your Dependency on WAPDA and Diesel Permanently
Pakistan’s agricultural sector is the backbone of the national economy contributing over 22% of GDP and employing nearly 38% of the workforce. Yet Pakistani farmers, tube well operators, and agri-business owners face an energy crisis that directly undermines agricultural productivity every single day. WAPDA load-shedding in rural Punjab and KPK regularly exceeds 10 to 18 hours meaning tube wells sit idle during critical irrigation windows, poultry houses overheat during ventilation outages, and dairy cooling systems fail during summer power cuts. The alternative diesel generators costs Rs. 50,000 to Rs. 200,000 per month for a single tube well operation, consumes significant management time, and is subject to fuel price volatility that makes farm-level financial planning nearly impossible.
- NEPRA & AEDB Certified Agricultural Solar Installations
- Off-Grid, Hybrid & On-Grid Systems for Every Farm Type
- Solar Tube Well Systems Single Phase & Three Phase
- Submersible & Surface Pump Solar Configurations Available
- Rugged Rural Installation Concrete Mounting, No Roof Required
- 25-Year Panel Warranty + 10-Year Full Installation Guarantee
Agricultural solar is the permanent solution to both problems. A correctly sized solar system powers your tube wells, irrigation pumps, poultry fans and heaters, dairy cooling equipment, and agri-processing machinery directly from sunlight at zero running cost, with no fuel to buy, no generator to service, and no WAPDA schedule to depend on. Regal Solar Solutions has designed and installed agricultural solar systems across Punjab’s farming belt from tube well solar pumping in Gujranwala and Hafizabad districts to poultry farm solar in Narowal and Sheikhupura, dairy farm installations in Sargodha and Faisalabad, and agri-processing solar across Wazirabad, Sialkot, and Gujrat. Every system is engineered specifically for agricultural operational requirements ruggedized for outdoor rural conditions, designed for Pakistan’s irrigation hours, and backed by a 25-year performance warranty.
- KEY BENEFITS
Why Pakistani Farmers Choose Agricultural Solar
Agricultural solar delivers benefits that no diesel generator, WAPDA connection, or conventional energy solution can match for Pakistan’s farming and agri-business sector. Here are the six reasons farmers across Punjab are switching to solar and never looking back.
Eliminate Diesel & WAPDA Costs Permanently
Diesel fuel for a single 20 HP tube well pump running 8 hours daily costs Rs. 60,000 to Rs. 120,000 per month Rs. 700,000 to Rs. 1.5 million annually. A solar tube well system eliminates this cost entirely from day one. The sun is free. Your pump runs on solar from sunrise to sunset with zero fuel cost, zero fuel logistics, and zero maintenance downtime waiting for diesel delivery to a remote farm. For agri-operations currently paying both electricity bills and diesel backup costs, the combined monthly saving from a correctly sized solar system is often Rs. 100,000 to Rs. 300,000 per month.
Irrigate on Your Schedule Not WAPDA's
Pakistan’s rural load-shedding schedule gives farmers no control over when their tube wells can run. Critical irrigation windows early morning, evening, and overnight are often precisely when WAPDA cuts power. Missed irrigation during heat stress or flowering stages causes measurable crop yield loss that no farmer can recover. An off-grid or hybrid solar tube well system runs on your irrigation schedule, not WAPDA’s. Water flows when your crops need it in the morning, during the evening cool, or triggered by your drip irrigation controller completely independent of the grid’s availability.
Fastest Agricultural ROI Payback in 2 to 3 Years
Agricultural solar systems for tube wells and irrigation deliver the fastest payback of any solar application in Pakistan often within 2 to 3 years because they directly replace the highest-cost energy source on a farm: diesel generation. A 7.5 HP solar tube well system that eliminates Rs. 60,000 per month in diesel costs typically costs Rs. 1,200,000 to Rs. 1,600,000 fully installed achieving complete payback in 20 to 27 months. After payback, the system runs for 20+ more years at zero fuel cost delivering cumulative savings of Rs. 10 to Rs. 15 million over the system’s operational lifetime for a single tube well.
Protect Your Livestock & Poultry from Power Outages
Load-shedding in Pakistan’s poultry sector causes catastrophic losses ventilation fan failures during summer heat can kill thousands of birds in a single outage. Dairy cooling system failures during power cuts spoil milk production and risk animal health. A hybrid agricultural solar system with battery backup provides seamless, uninterrupted power to your poultry house ventilation, heating brooders, automatic feeders and waterers, egg collection systems, and dairy cooling equipment protecting your livestock investment from WAPDA’s unreliable supply regardless of the time of day or season.
Power Remote Farms & Rural Properties No Grid Required
Thousands of productive agricultural lands across Punjab and Pakistan have no WAPDA grid connection either because the grid has never reached them or because grid extension costs make connection economically unviable. Off-grid solar systems provide complete, reliable electricity to remote farmhouses, storage facilities, grain drying operations, and rural agri-processing units without any dependency on grid infrastructure. Solar panels, a battery bank, and an off-grid inverter deliver 24-hour power to properties that WAPDA will never reach transforming previously unelectrified agricultural land into productive, powered operations.
Power Agri-Processing Units & Cold Storage
Pakistan’s post-harvest losses estimated at 35 to 40% of total agricultural output are largely caused by inadequate cold chain and processing infrastructure, most of which is directly linked to unreliable power. Solar-powered agri-processing rice milling, flour milling, cotton ginning, fruit and vegetable cold storage, milk pasteurization, and fish processing eliminates the power constraint that limits agricultural value addition across rural Pakistan. Regal Solar Solutions designs solar systems for agri-processing facilities of all sizes, from small farm-level processing units to large commercial agri-processing plants, with hybrid configurations that ensure continuous operation through every load-shedding period.
- PROCESS
Our 5-Step Agricultural Solar Installation Process
Agricultural solar installation requires site-specific engineering that accounts for your pump depth, motor rating, daily water requirement, field layout, and WAPDA connection status. Here is exactly how Regal Solar Solutions manages every agricultural solar project from your first call to long-term operational support.
01
Free Consultation
Call us, WhatsApp us, or fill out the form on this page. Our agricultural solar consultant contacts you within 24 hours. We begin by understanding your farm’s energy needs how many tube wells you operate, your pump HP rating, daily running hours, current diesel costs or WAPDA bills, your irrigation schedule, and whether you need battery backup for night-time or continuous operation. No sales pressure just an honest conversation about what agricultural solar can do for your specific farm
02
Site Assessment
Our certified engineer visits your farm or agri-facility at a time convenient for you. For tube well solar, we measure pump depth, motor HP, daily discharge requirement, head pressure, and pipe run. For poultry and dairy, we assess your complete load profile by shed, including ventilation, heating, lighting, and feed systems. We survey available ground or rooftop space, assess shading from trees or structures, and evaluate soil conditions for ground-mount systems. This thorough agricultural site assessment is the engineering foundation of your entire system design and is provided completely free of charge.
03
Custom Proposal
Within 48 hours of your site assessment, you receive a comprehensive agricultural solar proposal including: recommended system type (off-grid, hybrid, or on-grid), solar pump or system capacity in kW and HP equivalent, panel specifications and quantity, inverter or VFD (Variable Frequency Drive) specifications, battery bank size and chemistry (for hybrid/off-grid systems), mounting structure type (ground-mount, shed roof, or canal bank installation), total installed cost in PKR, projected daily water output or energy generation, current diesel/electricity cost elimination, monthly and annual savings, and payback period. Everything is itemized, transparent, and in writing before any commitment.
04
Expert Installation
Our experienced agricultural solar installation team arrives on the scheduled date with all equipment pre-staged. We install solar panels on purpose-built ground-mount structures (galvanized steel frames embedded in concrete footings for rural durability), connect the solar array to your pump VFD or system inverter, wire all DC and AC connections with UV-resistant outdoor-rated cable, install surge protection and safety disconnects, and commission the complete system including pump flow testing and battery charge verification. Most tube well solar systems are commissioned within 2 to 3 days. Larger poultry, dairy, or agri-processing installations take 3 to 7 days depending on scope.
05
Go Live & Save
Your agricultural solar system is tested, commissioned, and handed over with a complete documentation pack warranty certificates, system manual, and operational guide. For on-grid and hybrid systems, we submit your NEPRA prosumer registration application to your DISCO and follow up until your bi-directional meter is installed. Our after-sales team remains available for any technical queries, annual inspection visits, and panel cleaning guidance throughout the 25-year life of your system. For remote farm locations, we provide detailed self-diagnostic guidance so minor issues can be identified and resolved without a site visit wherever possible.
- WHY CHOOSE US
Pakistan's Most Trusted Agricultural Solar Installation Company
Farmers, tube well operators, poultry farm owners, and agri-processors across Punjab’s agricultural belt choose Regal Solar Solutions because we understand Pakistan’s agricultural energy challenge at a practical level not just as an engineering problem but as a livelihood issue. A tube well that does not run costs a farmer their crop. A poultry house that loses ventilation costs a farmer their birds. A cold storage that goes dark costs a trader their season’s produce. We design agricultural solar systems that solve these real problems reliably, durably, and economically and we stand behind every installation with a 25-year warranty and genuine after-sales support.
- AEDB Certified All agricultural solar installations meet NEPRA technical standards
- Rural Terrain Expertise Ground-mount, canal-side, and field-edge solar installation
- Pump-Matched System Design Sized precisely to your HP rating & daily water demand
- Rugged Outdoor Equipment UV-resistant wiring, galvanized frames, IP65+ components
- Off-Grid, Hybrid & On-Grid Right system type for your location and power availability
- 2 to 3 Day Installation Minimal disruption to your farm operations
- 25-Year Panel Warranty + 10-Year Agricultural Installation Guarantee
- Dedicated After-Sales Support Remote diagnosis + annual inspection visits
- PROJECTS
Agricultural Solar Projects Real Farms. Real Savings.
Completed agricultural solar installations across Punjab and Pakistan tube wells, poultry farms, dairy operations, and agri-processing facilities. Real system sizes and real monthly savings from Pakistan’s farming sector.
14 × solar tube well systems installed across a large agricultural land holding in Hafizabad. Average pump size: 15 HP. Total solar capacity: 180 kW. Diesel cost eliminated: Rs. 1.1 million per month across all tube wells. Systems commissioned in 6 days.
30 kW hybrid solar system for a 4-shed commercial broiler farm. Full ventilation fan, brooder, and lighting load covered. Battery backup for nighttime and load-shedding. Diesel generator retired. Monthly saving: Rs. 95,000.
75 kW on grid solar system for a rice milling and processing facility. GEPCO net metering registered. Monthly electricity bill reduced from Rs. 320,000 to Rs. 58,000. Production no longer interrupted by load shedding during peak milling season.
25 kW hybrid solar system for a 120-head dairy farm. Milking machine, milk chiller, water pump, and farm lighting loads powered 24 hours. Continuous power during load-shedding prevents milk spoilage. Annual electricity saving: Rs. 780,000.
Frequently Asked Questions Agricultural Solar in Pakistan
Everything you need to know before going solar from system types and costs to net metering and savings timelines.
Solar tube well system costs in Pakistan depend on pump HP rating, depth, and whether battery storage is included. As approximate guidance: a 5 HP solar tube well system costs Rs. 400,000 to Rs. 600,000 fully installed. A 10 HP system ranges from Rs. 700,000 to Rs. 1,000,000. A 20 HP system ranges from Rs. 1,200,000 to Rs. 1,800,000. A 30 HP system ranges from Rs. 1,800,000 to Rs. 2,600,000. These figures include solar panels, VFD/pump controller, mounting structure, wiring, and installation. Contact us for a precise quote based on your actual pump specification and daily water requirement.
Daily water output from a solar tube well depends on pump HP, tube well depth, aquifer yield, and available daily sunlight hours. In Pakistan's average solar conditions (5–6 peak sun hours daily), approximate daily discharge rates are:
- 5 HP pump: 40,000 to 70,000 litres per day
- 10 HP pump: 80,000 to 140,000 litres per day
- 20 HP pump: 160,000 to 280,000 litres per day
- 30 HP pump: 240,000 to 420,000 litres per day
Our engineers measure your tube well's actual yield during the site assessment and design the system to deliver your target daily water volume based on your specific depth and aquifer conditions.
A basic solar-direct pump system (without batteries) runs only during daylight hours approximately 6 AM to 5 PM in Pakistan, with peak output between 9 AM and 3 PM. For night-time pumping, you need a hybrid system with battery storage or a grid-connected backup. Many farmers solve this by pumping water into a ground tank or overhead reservoir during daylight hours and using stored water for night-time or early-morning irrigation needs. Our engineers design the storage tank capacity alongside the solar system to ensure your total daily water requirement is met within daylight pumping hours.
In many cases, yes. If your existing submersible pump is in good working condition, we can connect it to a solar pump VFD (Variable Frequency Drive) that allows the pump to run on variable solar input throughout the day gradually ramping up as solar irradiance increases in the morning and tapering off at sunset. However, the pump must be compatible with variable frequency operation (most modern three-phase submersibles are). Our engineer assesses your existing pump during the site visit and confirms compatibility before the system is designed.
Yes when correctly designed with appropriate battery backup capacity, a hybrid solar system for a commercial poultry farm is highly reliable. We design battery bank capacity to cover your critical ventilation, heating, and lighting loads for a minimum of 6 to 8 hours of WAPDA outage covering the longest typical rural load-shedding periods in Pakistan. Our poultry farm solar systems include automatic transfer switching that detects grid failure and switches to battery power in under 10 milliseconds faster than any manual generator start-up protecting your flock from any heat stress event during the switchover.
Agricultural consumers connected to the WAPDA grid can apply for NEPRA prosumer (net metering) registration for on-grid and hybrid solar systems, subject to their sanctioned load. However, many agricultural solar installations in Pakistan particularly rural tube well systems are off-grid and therefore do not interact with the WAPDA grid at all. For agri-operations with an active WAPDA connection (poultry farms, dairy units, agri-processing facilities, and farmhouses with grid access), we include NEPRA prosumer registration as part of our complete installation service.
Agricultural solar panels are rated for 25 to 30 years of operational life and are tested to withstand dust, rain, hail, wind loads, and thermal cycling all common in Pakistan's rural environment. We install hot-dip galvanized steel mounting structures embedded in concrete footings for rural ground-mount installations engineered to withstand wind loads up to 150 km/h and remain stable in agricultural terrain for the full panel life. VFDs and inverters are specified with IP65 or higher protection ratings for outdoor rural installation. With annual cleaning and a periodic electrical inspection, agricultural solar systems installed by Regal Solar Solutions are designed to operate reliably for the full 25-year warranty period.
The savings depend on your current diesel consumption, pump HP, and daily running hours. As a practical example: a 15 HP tube well running 8 hours daily on a diesel generator consumes approximately 12 to 16 litres of diesel per hour 96 to 128 litres per day at a cost of Rs. 3,000 to Rs. 4,500 per day, or Rs. 90,000 to Rs. 135,000 per month. A solar tube well system that replaces this diesel generator saves the farmer Rs. 90,000 to Rs. 135,000 per month Rs. 1.1 to Rs. 1.6 million annually at zero running cost for 25 years. Most 15 HP solar tube well systems cost Rs. 1,000,000 to Rs. 1,400,000 fully installed achieving complete diesel payback within 8 to 16 months.