/01
Soiling Loss
Dust and surface contamination can reduce light transmission and affect energy yield.
Australian Solar Surface Technology
Advanced NanoCoating Solutionsfor AustralianSolar Assets
SolarShield Technology helps commercial rooftop and utility-scale solar operators explore self-cleaning, anti-soiling, light-enhancing and cooling coating solutions through local compliance review, field trials and data-backed performance validation.
Or explore the depth
AICIS
Compliance pathway prepared before commercial rollout
A/B
Controlled field trials before scaled deployment
AU
Local site validation under Australian conditions
Sydney, Australia
Self-cleaning · Anti-soiling · Light-enhancing · Cooling
ScrollSelf-cleaningAnti-soilingLight-enhancingAnti-staticRadiative coolingAICIS pathwaySDS / GHSA/B field trialsROI modellingCommercial rooftopUtility-scaleCoastal sitesBESS surfacesSelf-cleaningAnti-soilingLight-enhancingAnti-staticRadiative coolingAICIS pathwaySDS / GHSA/B field trialsROI modellingCommercial rooftopUtility-scaleCoastal sitesBESS surfaces
Market Problem · 02
Solar soiling is a hidden cost for Australian PV assets.
Australia has one of the world's strongest solar markets, but harsh outdoor conditions can gradually reduce PV performance. Dust, bird droppings, pollen, salt mist and industrial particles can accumulate on panel surfaces, increasing cleaning frequency and reducing generation efficiency.
For commercial rooftops and solar farms, the challenge is not just keeping panels clean — it is doing so safely, cost-effectively and with measurable performance outcomes.
/02
High Cleaning Cost
Manual cleaning requires labour, water, access equipment and safety controls.
/03
Operational Risk
Rooftop work, shutdown windows and repeated cleaning create safety and operational challenges.
/04
Data Gap
Many coating products claim performance benefits, but Australian site-specific data is often missing.
Our Solution · 03
A pilot-led approach to solar surface protection.
SolarShield Technology works with coating manufacturers, solar operators and service partners to bring advanced nano coating solutions into the Australian market. Our focus is on practical, site-tested solutions that combine self-cleaning, anti-soiling, anti-static, light-enhancing and cooling functions with local compliance and field validation.
- I
Self-cleaning & Anti-soiling
Helps reduce adhesion of dust, bird droppings and surface pollutants.
- II
Light-enhancing Surface Performance
Designed to improve or maintain light transmission through cleaner panel surfaces.
- III
Reduced Cleaning Frequency
Potential to reduce manual cleaning demand depending on site conditions.
- IV
Compliance-first Import Pathway
AICIS, SDS, GHS, dangerous goods and customs review before commercial rollout.
- V
Field Trial Validation
A/B pilot testing under Australian conditions before large-scale deployment.
Technology · 04
Functional coating technologies we are evaluating.
We are evaluating and preparing Australian pilot pathways for the following coating technology categories. Each category is assessed for product-specific compliance, application requirements and pilot feasibility.
Open coating science detail
Materials, mechanisms, deployment modes and IP backing — Tier 2 supplier-disclosed.
Hydrophilic or hydrophobic nano coatings designed to reduce dust adhesion and support rain-assisted or wind-assisted surface cleaning.
Potential benefits
- Reduce dust adhesion
- Improve surface cleanliness
- Reduce manual cleaning frequency
- Support long-term panel surface protection
Applications · 05
Built for Australian solar and energy infrastructure.
Different solar assets face different soiling, access and performance challenges. Our pilot programs are designed around the operating conditions of each environment.
A-01
Commercial Rooftop Solar
Pain points
- Hard access
- Bird droppings
- Pollen
- Urban dust
- Cleaning cost
- Limited monitoring
Value proposition
Ideal for controlled pilot projects where cleaning cost, site access and energy yield can be monitored.
A-02
Industrial Rooftop Solar
Pain points
- Cement dust
- Metal particles
- Oil residue
- Manufacturing pollution
- High roof temperatures
Value proposition
Suitable for factories, warehouses and industrial roofs exposed to cement dust, metal particles or organic pollutants.
A-03
Utility-scale Solar Farms
Pain points
- Large surface area
- Dust accumulation
- Water use
- Cleaning frequency
- O&M cost
- Yield loss
Value proposition
Best approached through staged A/B field trials and O&M partnership models.
A-04
Coastal Solar Assets
Pain points
- Salt mist
- Wind-blown deposits
- Bird droppings
- Corrosive conditions
Value proposition
Requires product selection and testing based on salt resistance and local site conditions.
A-05
BESS & Energy Equipment
Pain points
- Heat exposure
- Container surface temperature
- Equipment room cooling load
- Outdoor durability
Value proposition
Future opportunity for cooling and protective coating systems.
Want the full breakdown — mechanism, deployment, evidence depth and Australian climate context per profile?
Open application profilesHow It Works · 06
From product review to Australian field trial.
A five-step process moves a coating from supplier documentation to live monitoring under Australian site conditions.
Open process detail & ROI estimator
Step durations, deliverables, indicative annual-impact estimator and the commercial engagement framework.
Product & Compliance Review
We review product TDS, SDS/MSDS, GHS classification, dangerous goods information, HS code, COA/COO and AICIS-related ingredient information before import.
Site Assessment
We assess the solar asset type, panel condition, pollution source, cleaning frequency, access requirements and data availability.
Pilot Design
We design a small A/B test with coated and uncoated control groups, ideally using similar panel orientation, tilt, inverter/MPPT conditions and cleaning baseline.
Controlled Application
Application is completed under documented SOP, including cleaning, surface preparation, coating, curing and quality checks.
Monitoring & Reporting
Performance is monitored using generation data, weather information, rainfall, cleaning records and site observations to assess practical ROI.
Pilot Approach · 07
Why we start with local pilot data.
Solar coating performance depends on local climate, pollution type, panel condition, rainfall, tilt angle, cleaning cycle and application quality. That is why SolarShield prioritises Australian field trials before large-scale commercial rollout.
Our pilot-first approach helps asset owners understand actual performance under their own operating conditions, rather than relying only on overseas case studies.
Suggested Pilot Metrics
Energy generationIrradiance-adjusted outputPanel surface conditionRainfallCleaning frequencyModule temperatureVisual contamination levelMaintenance costROI estimate
Recommended Pilot Design
- Site
- Commercial rooftop or small ground-mounted system
- Groups
- Cleaned-only control group vs cleaned + coated group
- Duration
- Minimum 3 months, preferably 6–12 months
- Data
- kWh, irradiance, temperature, rainfall, cleaning records
- Output
- Pilot report, ROI model, application learnings
Compliance · 08
Compliance-first, not product-first.
SolarShield takes a compliance-first approach to chemical coating products. Before any product is imported or applied commercially in Australia, we assess AICIS requirements, SDS/GHS documentation, dangerous goods transport classification, customs information, storage requirements and application safety.
- C-01
AICIS Review
- Industrial chemical import pathway
- Ingredient categorisation
- Record keeping and declaration requirements
- C-02
SDS / GHS
- Australian-format safety data sheets
- Hazard classification
- PPE and storage guidance
- C-03
Dangerous Goods & Freight
- UN number
- DG class
- Packing group
- Flash point
- Transport method
- C-04
Customs & Import
- HS code
- COA / COO
- Import declaration
- Customs broker review
- C-05
Site Safety
- Working at heights
- Solvent handling
- PPE
- Application SOP
- Spill control
- C-06
Warranty Considerations
- Panel manufacturer warranty review
- ARC glass compatibility
- Site owner consent
- Application documentation
Disclaimer
Compliance review does not replace site-specific legal, regulatory, engineering or safety advice. Final product use should be assessed based on the specific product, site and application method.
Evidence · 09
Evidence-led market entry.
Our supplier partners have reported performance improvements in overseas commercial and industrial solar projects. SolarShield is now preparing Australian pilot pathways to validate coating performance under local environmental and operational conditions.
At a glance · Tier 2 evidence
18
Overseas references
204+ MW
Combined MW disclosed
≈ 7 – 30%
Reported uplift range
Supplier-stated · 2023–2025 · Australian site outcomes require local pilot validation
E-01
Heavy industrial rooftop PV
7cases
E-02
Commercial & distributed PV
5cases
E-03
Utility-scale solar farms
6cases
Status · Pre-pilot · Tier 1 in preparation
Coming soon: Australian pilot results
We are currently seeking suitable commercial rooftop and solar O&M partners for controlled pilot projects in Australia.
Partner · 10
Partner with SolarShield.
We work across the Australian solar value chain to bring credible, compliant coating solutions to market. Tell us where you sit and we will tailor the conversation.
P-01
For Solar Asset Owners
Explore whether nano coating can reduce maintenance burden and improve asset performance through a controlled pilot.
Discuss Your Site
P-02
For O&M Companies
Add coating-based performance improvement and cleaning reduction services to your O&M offering.
Explore O&M Partnership
P-03
For Solar Installers / EPCs
Offer performance-focused coating solutions as an add-on for commercial solar customers.
Become a Channel Partner
P-04
For Coating Manufacturers
Work with an Australian partner that understands AICIS, customs, pilot design, local market entry and B2B solar channels.
Discuss Australian Market Entry
Contact · 11
Interested in a Pilot Project?
We are currently looking for selected commercial rooftop, industrial solar and O&M partners to participate in small-scale pilot projects across Australia.
Important note
Product performance may vary depending on site conditions, panel type, weather exposure, pollution source, cleaning frequency and application method. Any performance figures from overseas supplier case studies are indicative only and do not guarantee Australian site outcomes. Commercial application is subject to product-specific compliance review, site assessment and pilot validation.