The automatic safety solar street light is a new type of lighting facility that integrates functions such as solar power supply, automatic sensing, intelligent dimming, and safety early warning. Its core features lie in "autonomous power supply, intelligent response, and safety linkage". It has completely broken through many limitations of traditional street lamps and achieved a leap in road lighting from "passive lighting" to "active safety protection".

The proportion of traffic accidents at night remains high. In low visibility conditions, drivers' reactions are delayed, which can easily lead to collision accidents. In high-risk scenarios such as sharp curves, steep slopes, pedestrian crossings, and construction sections, the warning effect of traditional traffic facilities is limited, and safety hazards are particularly prominent.

Customizing solar-powered road studs is a systematic project that requires a comprehensive consideration of multiple factors such as demand clarification, product parameters, scene adaptation, compliance certification, supply chain services, and cost control. Only by taking all these factors into comprehensive consideration can we ensure that customized products precisely match actual needs.

When selecting solar road studs for municipal projects, three core elements must be comprehensively considered: project requirements, standard specifications, and environmental conditions. Focus should be placed on key indicators such as luminous performance, durability, and compliance, rejecting the misconception of prioritising low cost alone.

With the increasingly sophisticated development of global road safety infrastructure, demand for solar road studs has shifted from ‘generic’ to ‘customised’ solutions. Significant variations in regional road conditions, climatic characteristics, and traffic regulations necessitate tailored product specifications.

The advent of solar road studs offers a novel solution to these industry challenges. Utilising solar energy as its primary power source, it employs high-efficiency photovoltaic panels to collect light energy, which is stored in lithium batteries. This enables autonomous illumination at night, completely freeing it from grid dependency.This innovative ‘passive power supply + active illumination’ model not only resolves the high energy consumption issues of traditional lighting but also significantly enhances night-time road visibility and warning capabilities. It stands as the preferred solution in modern road safety infrastructure, combining environmental value with safety benefits.