In modern business parks and campuses, traditional ground surfaces face obvious pain points. Walkways, corridors and bridges serve only for passage, wasting valuable ground resources. Meanwhile, rising operational energy consumption creates huge clean‑energy gaps, with decarbonisation policies adding pressure for carbon reduction. Worse still, ordinary solar panels cannot meet strict pedestrian‑zone standards for slip resistance, load‑bearing capacity and wear‑resistance. Our new‑generation anti‑slip photovoltaic modules deliver a groundbreaking dual‑function solution。

Combining safe pedestrian traffic with power generation, these PV panels upgrade ordinary ground into composite energy‑producing zones without altering existing pedestrian routes or landscape layouts. They continuously harvest clean electricity, cutting operational expenditure and accelerating campuses toward carbon‑neutral targets.

Safety stands at the core. AI‑optimised surface textures maximise surface friction, achieving the top‑tier R13 anti‑slip rating certified under DIN EN 16165, guaranteeing safe walking even on rainy or snowy days. Built with high‑strength tempered glass, modules support up to 200 kg/㎡ load, resisting impact and abrasion for high‑density foot traffic from office campuses to transport hubs. High‑efficiency solar cells maximise power output within limited laying space, turning every square metre of ground into an on‑site green power station, realising the vision of “walking while generating power”.

This versatile product fits multiple real‑world campus scenarios. For campus pedestrian walkways, it transforms main roads into power‑generating corridors for on‑site energy self‑supply. For corporate exhibition passages, it embeds green‑tech highlights into visitor routes, visually demonstrating a brand’s low‑carbon, eco‑friendly value. On landscape or aerial connecting bridges, it builds unique “elevated power stations”, offering shelter while enriching multi‑level landscape design.Instead of treating ground space merely as passage, unlock its untapped energy potential. Our anti‑slip photovoltaic modules reshape campus infrastructure, merging safety, aesthetics and renewable power into one sustainable upgrade for modern parks.