As a factory owner, hotel manager, or warehouse/shop owner in Hyderabad, with a six-figure or seven-figure monthly electricity bill staring you in the face, here’s the short answer first.
A 1 MW solar power plant cost in Hyderabad will typically be between ₹3.8 crore and ₹4.5 crore (2026), which depends on various factors such as the brand of the panel, the type of inverter, the mounting structure, and site conditions. For those businesses that use 1 lakh or more than 1 lakh units of electricity every month, such as mid- to large factories, cold storages, hospitals, commercial complexes, etc., The payback period for most of the clients is between 3.5 and 4.5 years, and the ROI easily surpasses 22-26% per year after the plant’s commissioning. The monthly savings typically range between ₹7 lakh and ₹9 lakh, depending on your existing tariff and the amount of power you use onsite. That’s more than 25 years’ worth of money, not a marketing figure; it’s just math once your generation and tariff are known.
If this sounds like something you’d like to investigate for your business, then continue reading. We will discuss the exact cost breakdown, the amount of land required, generation numbers, profit computation, and much more.
1 Megawatt Solar Power Plant Cost in Hyderabad
A 1 MW solar plant in Hyderabad costs ₹3.8 crore to ₹4.5 crore in 2026, with the final number depending on whether you choose Tier-1 panels or premium ones, string inverters or central inverters, and ground-mounted or rooftop structures. Civil work, cabling, and net metering approvals also shift the number a bit.
Here’s a realistic cost breakup table:
| Component | Approximate Cost (₹) |
| Solar panels (Tier-1, TOPCon) | 1,55,00,000 – 1,75,00,000 |
| Inverters (string/central) | 28,00,000 – 35,00,000 |
| Mounting structure (galvanized/HDG) | 35,00,000 – 45,00,000 |
| Civil works (foundation, leveling, fencing) | 25,00,000 – 35,00,000 |
| Electricals (cabling, junction boxes, earthing) | 30,00,000 – 38,00,000 |
| Installation & labour | 22,00,000 – 28,00,000 |
| Net metering & grid connectivity | 8,00,000 – 12,00,000 |
| Monitoring system (SCADA/remote) | 5,00,000 – 8,00,000 |
| Transportation & logistics | 10,00,000 – 14,00,000 |
| Taxes (GST and other applicable) | 20,00,000 – 28,00,000 |
| Total | ₹3.8 Cr – ₹4.5 Cr |
A quick note here, actual costs depend heavily on your site conditions, the panel brand you pick, inverter selection, available land, existing electrical infrastructure, and how quickly TSSPDCL clears your grid approvals. Any quote you receive should be checked against these factors before you compare it to another vendor’s number.
How Much Land is Required for a 1 MW Solar Plant?
A 1 MW solar plant (ground-mounted) typically needs 4 to 5 acres of shadow-free land in Hyderabad, while a rooftop installation of the same capacity needs roughly 10,000 to 12,000 square meters of usable roof space. The exact figure depends on panel efficiency, row spacing, and terrain.
This is one of the first questions factory owners ask, and it’s a fair one; land in and around Hyderabad isn’t cheap, especially closer to the city. Here’s how we break it down.
Ground-mounted plants need more space because panels are tilted and spaced apart in rows to avoid shading each other during the day. You also need access paths between rows for cleaning and maintenance.
Rooftop plants are more space-efficient per panel, but most factory or warehouse roofs can’t take a full 1 MW unless the structure is large and the roof load capacity supports it. We always recommend a structural assessment before quoting a rooftop 1 MW system.
Other things that affect land requirement:
Shadow-free area: trees, chimneys, water tanks, or neighboring buildings casting shade will reduce your usable area
Terrain: uneven or sloped land needs grading, which can reduce effective area or add cost
Orientation: south-facing land with minimal obstruction gives the best yield per acre
Future maintenance space: you’ll need walking paths and space for cleaning equipment movement
| Plant Type | Land/Space Required | Notes |
| Ground-mounted (fixed tilt) | 4 – 5 acres | Most common for industrial land in Hyderabad’s outskirts |
| Ground-mounted (tracker-based) | 5.5 – 6.5 acres | Higher generation but more land and cost |
| Rooftop (RCC/metal sheet) | 10,000–12,000 sq. m | Needs structural load assessment |
| Carport/elevated structure | Varies by parking area | Good for factories with large parking lots |
If you’re short on land but have a large factory roof or parking area, a hybrid of rooftop plus carport-mounted panels can often get you close to 1 MW without needing a separate plot.
How Much Electricity Does a 1 MW Solar Plant Generate?
A 1 MW solar plant in Hyderabad generates roughly 4,000 to 4,300 units per day, which works out to 1,20,000 to 1,30,000 units a month and about 14.5 to 15.5 lakh units annually, based on Hyderabad’s average solar irradiation of 5.2 to 5.5 peak sun hours.
Hyderabad gets close to 300 sunny days a year, which makes it one of the better cities in India for solar generation. But your actual numbers will vary month to month and year to year because of a few real-world factors.
Weather: Monsoon months (June to September) typically see 10-15% lower generation due to cloud cover.
Dust: Hyderabad’s dust levels, especially near industrial zones, can reduce panel output by 3-6% if cleaning isn’t done regularly. We recommend cleaning every 15-20 days for industrial sites.
Panel efficiency: Tier-1 panels with 21-22% efficiency will outperform older or lower-grade panels by a noticeable margin over 25 years.
Hyderabad sunlight: The city averages around 5.2-5.5 peak sun hours daily, which is solid compared to many parts of India.
| Period | Units Generated (Approx.) |
| Daily | 4,000 – 4,300 units |
| Monthly | 1,20,000 – 1,30,000 units |
| Annually | 14.5 – 15.5 lakh units |
| Over 25 years (with degradation) | 3.3 – 3.6 crore units |
Panels degrade roughly 0.5-0.6% per year, so generation in year 25 will be about 10-12% lower than year one. This is normal and accounted for in any honest ROI calculation.
1 MW Solar Plant Profit Per Month
A 1 MW solar plant profit per month in Hyderabad generates roughly ₹7 lakh to ₹9 lakh for commercial and industrial users, based on an average generation of 1,20,000-1,30,000 units and a tariff saving of ₹6 to ₹7.5 per unit, depending on your existing electricity rate and consumption pattern.
Let’s actually run the numbers instead of just throwing a figure at you.
Average monthly generation = 1,25,000 units (mid-range estimate)
Your current commercial/industrial tariff in Telangana is typically ₹7-9 per unit depending on slab and category
Subtract minor wheeling/banking charges where applicable (varies by net metering policy at the time of installation)
Net savings typically work out to ₹6-7.5 per unit
| Scenario | Monthly Profit | Annual Profit | 25-Year Earnings (approx. before tariff escalation) |
| Commercial | ₹8.4 lakh | ₹1 crore | ₹22-25 crore |
| Industrial | ₹7.5 lakh | ₹90 lakh | ₹20-22 crore |
| Manufacturing (high load) | ₹8.8 lakh | ₹1.05 crore | ₹23-26 crore |
These numbers don’t even account for electricity tariff hikes over the years, which historically push your savings even higher. We always tell clients to treat these as conservative estimates, not best-case scenarios.
Return on Investment
A 1 MW solar plant in Hyderabad typically pays back its investment in 3.5 to 4.5 years, with an ROI of 22-26% annually once operational. After payback, the plant continues generating near-free electricity for another 20+ years, with depreciation and tax benefits improving returns further for businesses opting for capital purchase.
Payback period: Most of our 1 MW clients see electricity bill savings as the primary benefit for their investment, and with predictable electricity usage, the payback period is between 3.5 and 4.5 years.
Tax advantages for depreciation: Accelerated depreciation for solar assets under the Income Tax Act will have a significant cash-flow benefit for businesses that elect to purchase the solar assets.
Net metering: Telangana state’s net metering policy means that you will be able to sell surplus electricity generated in the day to the grid or offset it against your electricity usage, though the terms and limits of the policy will vary, so please check the current terms before committing to the size of your plant.
Captive consumption: This is the real profit-making source—using the power you produce during the day, instead of exporting it—because direct consumption does not have to pay the full retail tariff but a lower export/banking rate.
Long-term profitability: After payback years 4 and up, the plant’s remaining operating life is pure savings, with only minor operations and maintenance costs.
| Metric | Typical Range |
| Payback period | 3.5 – 4.5 years |
| Annual ROI | 22 – 26% |
| Plant lifespan | 25+ years |
| Net profitable years after payback | 20+ years |
Who Should Install a 1 MW Solar Plant?
For businesses that are using 1 lakh+ units of electricity per month and have adequate land/roof space, such as factories, cold storage businesses, hospitals, educational institutions, warehouses, manufacturing units, hotels, and big commercial buildings, a 1 MW solar plant is a suitable solution.
Factories: daytime consumption very close to the solar generation hours. Factories – daytime consumption very close to the solar generation hours.
Cold storages: Solar generation is valuable for every unit as power requirements are constant throughout the day.
Hospitals: The daytime load is fairly stable and keen on cutting operating costs.
Educational institutions: Large campuses may have unused property or roof space, and daytime usage corresponds to the solar hours.
Warehouses: Big roof areas that are otherwise unused make for efficient rooftop installations
Manufacturing units: Captive solar power has a direct impact on heavy machinery that operates on a daily basis.
Hotels: High loads during the day and evening and a significant reduction on the hotel bills with solar.
Commercial buildings with regular daily usage, such as office blocks and stores.
Why Choose Hydromo Solar Solutions?
From solar systems to installation, coordinating net metering, coordinating government approvals, executing a project, and monitoring and maintenance through AMC contracts, all the way to the end, Hydromo provides its clients with a single point of responsibility for their solar investments, allowing Hyderabad businesses to concentrate on their core activities.
The design of each plant is tailored to your roof or land, your load pattern, and your budget, not sold as a ‘one size fits all. ‘ We manage the engineering, procurement, and construction process from start to finish, and all the paperwork involved in setting up your net metering and grid approvals can be a real pain for a business owner looking for a simple way for the lights to turn on using solar.
We don’t get lost after the plant is commissioned. Our AMC plans include routine cleaning schedules, inverter health checks, and remote monitoring, which will ensure you know exactly how much your plant is producing, rather than when the bill reaches you at the end of the month.
If you are looking at a 1 MW solar power plant in Hyderabad, these numbers will be a great starting point, and when you have your site and consumption data, our team will be pleased to tweak the numbers to better suit your requirements.
Talk to our expert team—free consultation: hydromo.in |
+91 7995201717
FAQ
1. What is the cost of a 1 MW solar power plant in Hyderabad?
The cost of a 1 MW solar power plant in Hyderabad for 2026 ranges from ₹3.8 crore to ₹4.5 crore. It refers to solar panels, solar panel inverters, mounting structures, civil works, electrical components, installation, net metering charges, monitoring systems, transportation, and applicable taxes. The price varies according to the brand of the panels, the type of inverter, the ground-mounted or rooftop installation, and other site-specific needs, including leveling the land or routing of cables.
2. How much land is needed for a 1 MW solar plant?
A 1 MW ground-mounted solar plant requires a 4 to 5 acre area that is free from any shadow effect, whereas a rooftop solar plant of 1 MW will require 10,000 to 12,000 square meters of usable roof space.
3. How many units does a 1 MW solar plant generate daily?
Under normal conditions, a 1 MW solar plant in Hyderabad is able to produce around 4000 to 4300 units of electricity per day. This is based on the average solar incident of about 5.2 – 5.5 PSH per day at Hyderabad.
4. What is the monthly profit from a 1 MW solar plant?
The monthly profitability of a 1 MW solar power plant in Hyderabad is usually estimated to be between ₹7 lakh and ₹9 lakh per month based on the cost of electricity you pay and how much of the electricity produced is used on-site.
5. Can I install a 1 MW plant on a rooftop?
Yes, it is possible to install a 1 MW solar plant on a rooftop, but it takes around 10,000-12,000 square meters of usable, sun-exposed rooftop space and a sturdy roof that can support the added weight of the panels and mounting equipment.