Lower your per-meter production cost with 24/7 captive wind & hybrid power.
Engineered specifically for textile dyeing, processing, and weaving units in Surat and across Gujarat facing high grid tariffs and continuous multi-shift operations.
The Textile Energy Dilemma: Night Shifts & Thin Margins
Textile dyeing and processing plants operate on tight margins where electricity accounts for up to 20-30% of total processing overhead. Dyeing jets, stenters, jet dyeing machines, and air-jet looms run on 24-hour continuous cycles.
While traditional solar installers push rooftop PV panels, solar only operates from 10am to 4pm. For a Surat textile unit running night shifts, solar covers less than a third of daily power draw. When night shift grid tariffs hit ₹8–10 per unit, profits evaporate.
Furthermore, textile clusters in coastal Gujarat experience strong, consistent wind profiles that remain completely untapped by conventional solar-only systems.
Textile Energy Impact
- ₹8–10 / unit peak grid tariff for industrial units
- 18+ hours/day night shift power draw ignored by solar
- 25% of operating budget consumed by electricity bills
Wind-First Captive Power for Textile Units
How our compact wind turbines and wind-solar hybrid plants deliver true 24/7 cost reduction.
Night Shift Generation
Our captive wind turbines generate power continuously across evening and night shifts, offsetting expensive utility grid tariffs when your dyeing jets are running.
Compact Footprint
Textile mills in Surat industrial zones often have constrained land. Our direct-drive wind turbines require minimal ground area while yielding high annual energy output.
Monsoon Resilience
During the Indian monsoon when solar generation drops by 60-70%, wind speeds reach annual peaks. Wind keeps your factory powered when solar fails.
Textile Dyeing Unit, Surat
The Problem: A 50-employee textile dyeing plant in Sachin GIDC, Surat was paying ₹4.2 Lakhs/month in electricity bills. Night shift power cuts ruined dye batch quality and spiked grid demand charges.
The Solution: OnLoop Energy engineered a 50kW direct-drive wind turbine + 20kW rooftop solar hybrid system optimized for their 24-hour load curve.
3 Steps to Lower Your Meter Rate
1. Send Utility Bill
Share your recent electricity bill and Surat/Gujarat plant location.
2. Free Wind Study
We run a high-precision hub-height wind resource assessment at zero cost.
3. Captive Hybrid EPC
Turnkey build and O&M tailored to reduce your per-meter production cost.
Run a textile mill in Gujarat? Let's analyze your wind potential.
Get a free wind resource & tariff savings report for your textile plant — no tenders, no pressure, just technical clarity.
Request Textile Wind Feasibility