ALT A case study graphic shows a solar installation with the heading “Does cleaning actually last between interventions? UK education site.” The visual includes a performance chart comparing panels cleaned and treated by Lavee Solar, featuring SmartShield™, versus untreated control panels over time, showing a consistent difference in energy yield. Supporting text outlines the context, including a rooftop installation with 1,000 panels, early-stage soiling, and a five-month side-by-side comparison. The results section highlights a measurable 8.19% yield improvement versus control and notes that treated panels remained cleaner between interventions, supporting more stable long-term performance.

ALT Solar panels are shown across three horizontal sections. The top section shows panels in heavy rain alongside messaging suggesting the myth that rain keeps panels clean. The middle section shows visibly dusty solar panels, explaining that rain removes loose dust but not layered soiling or sticky residues, which continue to build over time. The bottom section shows clean solar panels in sunlight with messaging stating that rain is not maintenance and that planned cleaning helps support more stable long-term performance.

ALT A technician wearing high-visibility clothing applies a liquid solution to solar panels using a handheld sprayer on a solar installation. The image highlights “No Water. No Setup. No Delays.” messaging and explains that Lavee Solar uses a waterless application with SmartShield™ protection to fit into existing workflows, helping panels stay cleaner for longer without hoses, pumps, or site water setup. Key points shown include waterless application, fast and efficient use, workflow compatibility, and improved operational predictability.

ALT Solar PV farm at sunrise with rows of panels extending into the distance. A Lavee Solar 20L container is positioned in the foreground on the right. Large headline text reads “Protection starts at install,” with supporting line “Protect performance. Reduce risk. Better returns.” The product label identifies it as a solar panel cleaner and protector and references waterless application and SmartShield™ protection.

ALT Solar panels in a dry, desert-like environment are covered in visible dust. A water tanker truck is parked beside the array with a hose connected, and a nearby sign reads “Water Restrictions in Effect.” The scene shows how limited water availability can delay cleaning and allow soiling to build on solar panels.

ALT Infographic showing the hidden water footprint in solar O&M, including water delivery, storage, cleaning cycles and site intervention. Highlights ~38 billion litres used annually and the impact of water dependent maintenance, with a waterless alternative.

ALT Infographic showing different packaging formats for a waterless solar panel cleaning solution. Four sizes are displayed from left to right: 5L container for small jobs and domestic/trial use (~100 panels), 20L container for mid-sized sites (~400 panels), 200L drum for large sites (~4,000 panels), and 1000L IBC for large portfolios (~20,000 panels). Supporting text highlights “Waterless”, “Ready-to-use”, and “Built for real PV maintenance workflows”. Branding for Lavee Solar is visible.

ALT Graphic showing the message “Approved for use by leading solar panel manufacturers” with supporting text referencing OEM-aligned, warranty-conscious PV maintenance decisions. The image includes a grid of solar manufacturer logos and a note stating that approval status and supporting documentation vary by manufacturer. A footer indicates that approval documentation is available on request.

ALT Case study showing a 5-month side-by-side comparison of solar panels at a UK education site. The graphic includes a performance chart comparing treated panels versus untreated control, showing a 8.19% yield difference over time. Supporting text explains the test conditions, including approximately 1,000 rooftop panels, early-stage soiling, and limited water access. Key takeaway highlights that treated panels stayed cleaner for longer between maintenance, with more stable performance observed.

ALT Graphic showing a three-step waterless solar panel cleaning process. Step 1: Spray – apply solution evenly to the panel using a handheld sprayer. Step 2: Spread – use straight strokes with a non-abrasive pad to distribute the solution. Step 3: Squeegee – remove loosened dirt and liquid from top to bottom. The design highlights fast application (~30–45 seconds per panel), waterless use, and a ready-to-use format. A product container of Lavee Solar is shown on the right side.

ALT Solar panels installed in a dry, desert environment with a Lavee Solar cleaning and protection product in the foreground, highlighting waterless solar panel maintenance and performance protection.

ALT Large-scale solar farm with operator cleaning panels; text overlay says “NO WATER NEEDED” and Lavee Solar logo.

ALT Graphic showing three stages of a solar project workflow: Install Day, Maintenance Visit, and Ongoing Care, represented with simple icons. Text reads “Designed to fit existing installer & O&M workflows” with a supporting note “Waterless application,” alongside the Lavee Solar logo.

ALT Illustration showing a three step, waterless solar panel cleaning process: Step 1 spray application, Step 2 spread using a pad, and Step 3 squeegee to finish, with icons indicating waterless use and an application time of approximately 30–45 seconds per panel.

ALT Commercial rooftop solar panels before cleaning, with visible surface soiling across the full array.

ALT Rooftop solar array during cleaning, showing clear contrast between cleaned and uncleaned panel sections on the same site.

ALT Solar panels on a commercial rooftop showing post cleaned sections alongside untreated panels during an active cleaning programme.

ALT Conceptual illustration of SmartShield, the proprietary surface technology within Lavee Solar, showing dust particles and water being repelled from a solar panel surface to represent reduced soiling and lower cleaning related risk.

ALT Commercial solar array at the installation stage, with newly mounted panels and installers on site before commissioning.

ALT Graphic showing the GCL logo with the heading “Manufacturer Compatibility Confirmation”. Text states that GCL has provided written confirmation of module compatibility and that use does not affect product warranty when used as instructed. Lavee Solar branding appears at the bottom.