Application Protocol: SolarTeflon® Proprietary Surface Treatment
3. Industrial Application Guide (For Utility-Scale Solar Farms)
Purpose
Deploy SolarTeflon® across large-scale assets with maximum efficiency, reducing O&M costs and water usage while maximizing energy yield through consistent, high-performance self-cleaning protection.Preparation
- Planning: Coordinate work during scheduled downtime or low-irradiance periods. Avoid rain within a 1-hour window.
- Logistics: Use automated cleaning trains or drone inspection for pre-clean verification. Ensure a DI water supply for the final rinse.
NOTE: Best to use SolarTeflon® Sheeting Wash helps reduce mineral deposits from typical tap water and prevent spotting.
- Equipment: Bulk solution; vehicle- or trailer-mounted spray systems with precise flow control and fine-mist nozzles; mechanized buffing units (optional for flat sites); long-reach applicators.
- Safety: Full PPE (gloves, eye protection, high-visibility vests). Train all personnel on site-specific procedures.
Application Steps
1
System Calibration: Set the spray system to deliver a consistent thin film (≈50–75 ml per panel). Test on a single panel to verify settings.
2
Application: Drive the spray rig at constant speed down each row, applying a uniform fan pattern. Ensure dwell time does not exceed 90 seconds before buffing.
3
Spreading & Buffing (Method A — Manual): Teams follow the spray vehicle with long-pole microfiber mop heads to distribute evenly, then buff dry with pole-mounted pads.
4
Spreading & Buffing (Method B — Mechanical): Use a second vehicle with rotating buffing heads to polish immediately after application for uniformity and labor savings.
5
Quality Control: Inspect spot-checks using gloved hands and low-angle light to confirm a smooth, uniform finish with no streaks or residue.
Aftercare & Performance Monitoring
- Curing: Enforce a 24-hour no-touch, no-rain period.
- Data Integration: Log application date, weather, and batch number in the asset management system; correlate yield and soiling data to quantify ROI.
- Reapplication Cycle: Each treatment lasts 6 to 9 months, and in some cases SolarTeflon® remains effective for up to 18 months, depending on local conditions, reducing maintenance costs while keeping panels clear and efficient.
⚠️ Never Use Car Products On Solar Panels
Car waxes, “ceramic/nano” sprays, and auto-glass products are NOT engineered for PV modules. Using them can permanently reduce power.
- Different glass: Solar panels use low-iron tempered glass with permanent anti-reflective (AR) layers to maximize light transmission. Auto glass is made for impact, not sunlight — totally different chemistry.
- Coating clash: Car products contain silicones and solvents that fog or etch AR coatings, blocking sunlight and reducing power.
- Output & warranty risk: Harsh pH or abrasives can scratch, trap dirt, and void manufacturer warranties.
🔎 See the SolarTeflon® Case Study
SolarTeflon® is built for PV glass NOT A CAR NANO PRODUCT
