HVLS fan price in India by size (2026 indicative bands)
HVLS fan prices in India range from about ₹85,000 to over ₹5 lakh per fan, driven mainly by diameter. The table below is the first cut we give clients before a site survey, it pairs each Aruth diameter with an indicative installed price band, typical power draw, and the kind of space it suits. Treat these as planning numbers, not a quotation: your final price moves with the factors in the next section.
| Diameter (approx ft) | Indicative installed price | Typical power draw | Best for |
|---|---|---|---|
| 2.4 m (8 ft) | ₹85,000-₹1.3 lakh | 0.4-0.6 kW | Small workshops, showrooms, offices |
| 3.6 m (12 ft) | ₹1.3-₹1.9 lakh | 0.7-0.9 kW | Restaurants, gyms, low-ceiling sheds |
| 4.9 m (16 ft) | ₹1.9-₹2.8 lakh | 0.9-1.2 kW | Mid-size factories, assembly halls |
| 6.1 m (20 ft) | ₹2.8-₹3.8 lakh | 1.1-1.5 kW | Large warehouses, fabrication shops |
| 7.3 m (24 ft) | ₹3.5-₹5 lakh | 1.2-1.7 kW | High-ceiling logistics, textile mills |
So when someone asks "what is the 24 ft HVLS fan price?" the honest answer is ₹3.5-5 lakh installed, with the spread coming down to motor rating, controls, mounting height and warranty terms. One 7.3 m fan covers up to ~20,000 sq.ft of open floor, which is why, per square foot cooled, the biggest fan is usually the cheapest to own.
These are indicative bands, not a quote. Mounting height, beam access, three-phase availability and how many fans you buy together all move the final number. A free 30-minute site survey gets you an exact written price the same evening, across Gujarat, Maharashtra and Rajasthan.
What actually drives the price of an HVLS fan
Five things decide where your fan lands inside (or outside) the band above. Understanding them tells you where to spend and where a cheaper choice will cost you later.
- Diameter is the biggest lever. Bigger blades mean more material, a stronger hub, a larger motor and a more careful install, price climbs steeply from 2.4 m to 7.3 m. But cost per square foot cooled falls, so don't reflexively pick the smallest fan.
- Motor and IE-rating. An IE5 gearless PMSM motor costs more up front than a geared IE3 unit, but draws far less power and has no gearbox to leak oil or fail. On a fan running 10-12 hours a day, the IE5 premium pays back on the electricity bill alone, usually inside 12-18 months. Every Aruth HVLS fan uses an IE5 direct-drive motor for this reason.
- Controls. A basic VFD speed controller is included; add-ons like BMS integration, temperature/occupancy automation, networked multi-fan controllers or smart apps add cost. Worth it on multi-fan sites where automation trims runtime.
- Install height and site access. A fan bolted to a 6 m beam with easy scaffold access costs less to install than one going onto a 13 m truss above live cranes. Mounting hardware, safety cabling and crew time scale with height and difficulty.
- Warranty and AMC. A longer warranty and an annual maintenance contract add a little to the quote but protect a multi-lakh asset. Aruth fans carry a 2-year warranty; AMC is optional and priced separately.
The mistake we see weekly: buying the cheapest motor to save ₹15,000-20,000 up front, then paying that back several times over in electricity across the fan's life. On a 10-year asset running daily, the motor is where the real money is, not the sticker price.
HVLS fan running cost: the maths, with a worked example
An HVLS fan's running cost is simply power draw (kW) × hours run × your electricity rate (₹/unit). Because Aruth HVLS fans draw only ~0.4-1.7 kW, a fraction of a roomful of conventional fans, the monthly running cost is surprisingly small. Here's how to work it out for your own floor.
The formula: Monthly cost = kW × hours/day × days/month × ₹ per unit. Let's run a real case, a 6.1 m (20 ft) fan in a Vatva fabrication shop, running 12 hours a day, 26 days a month, on a ₹9/unit industrial tariff.
- • Power draw: 1.3 kW (mid-band for a 6.1 m fan at normal speed)
- • Hours: 12/day × 26 days = 312 hours/month
- • Units consumed: 1.3 kW × 312 h = 405.6 units/month
- • Monthly running cost: 405.6 × ₹9 = roughly ₹3,650/month
That ~₹3,650 a month moves air across a 12,000-15,000 sq.ft floor. Now compare what it replaces: the 18-24 conventional ceiling/wall fans you'd otherwise run to cover the same area draw far more power for patchier, hot-spot cooling. Up to 30% lower power bills versus conventional fans is the figure we see repeatedly on real sites, and it's the gap between the two running costs that funds your payback.
Want this calculated for your tariff and run-hours? Use the HVLS ROI calculator on our product page, plug in your current fan setup and electricity rate and it estimates payback in months.
Is an HVLS fan worth it? Payback vs your old fans
For most Indian factories and warehouses, yes, an HVLS fan typically pays for itself in 18-30 months through lower power bills, then keeps saving for the rest of its 10-year-plus life. The payback comes from replacing many small, inefficient fans with one large, efficient one, plus reduced air-conditioning load where AC is involved.
A rough way to size your own payback: take your current monthly fan/cooling electricity bill for the area, multiply the expected up to 30% saving to get monthly rupees saved, then divide the installed HVLS price by that monthly saving. A 7.3 m fan at ₹4 lakh that saves ₹18,000-22,000 a month against 15-20 old fans pays back in roughly 18-24 months. Lower run-hours stretch the payback; higher tariffs and longer shifts shorten it.
Two benefits that don't show on the spreadsheet but matter on the floor: even, draught-free comfort across the whole area instead of hot zones, and noticeably fewer fan failures and maintenance call-outs because you're running one gearless motor instead of twenty cheap ones. Workers stop complaining, and your maintenance team stops climbing ladders.
The ROI calculator on our HVLS product page turns this into an exact number for your site. Pair it with our sizing guides below so you're costing the right diameter, over-sizing wastes capital, under-sizing leaves dead zones and ruins the payback.
Helpful links
How to estimate your HVLS fan running cost and payback
- Find your fan's power draw. Note the kW rating for the diameter you need | Aruth HVLS fans draw ~0.4 kW (2.4 m) up to ~1.7 kW (7.3 m). Use the mid-band figure for normal-speed running.
- Calculate monthly units. Multiply kW × hours run per day × days per month. Example: 1.3 kW × 12 h × 26 days = 405.6 units/month.
- Convert to rupees. Multiply units by your industrial electricity tariff (₹/unit). At ₹9/unit, 405.6 units = about ₹3,650/month running cost.
- Estimate the saving. Compare against your current bill for the same area's fans. Apply an up to 30% saving to get monthly rupees saved versus conventional fans.
- Work out payback. Divide the installed HVLS price by the monthly saving to get payback in months, typically 18-30 months. Confirm with the ROI calculator on the HVLS product page and a free site survey.