13 articles tagged with "Solar Street Light". Use this filter to see all the practical guides, technical comparisons, and field notes we have published on this topic.
A 2,400 m² car park is an array of bays, not a kilometre of road — and that changes everything about mast height, spacing and glare. Here is the layout logic, a worked battery calculation using published fixture specs, and the arithmetic behind autonomy claims.
Seven certificates cover our solar street light and solar flood light ranges. This article walks through each one — what it actually proves, which product series it applies to, the issuing body you can verify, and which markets require which mark. It also documents the three things our certificates do not cover, including the IP rating situation.
Planning solar street lights for a rural road project? Pole spacing, brightness targets, battery autonomy, and a real worked example using production specifications from a 5-8 m all-in-one series.
Four 2026 rule changes affect a solar light order: EU packaging duties, EU battery labelling, the US lithium-ion battery tariff, and new air freight rules. Here is what each one means for your purchase order.
Two architectures, one decision. Compare real panel, battery and pole-height data to work out whether a split or an all-in-one solar street light belongs on your project.
Everything you need to know about all-in-one solar street lights — how they work, the 5 key components, when to choose them over split systems, and a buyer's checklist for your project.
Shipping 500 solar street lights from Zhongshan to Lagos, Nairobi, or Dar es Salaam involves more than just the freight. Here is the full process: certifications, customs, container loading, and payment terms.
Autonomy days determine whether your solar street light survives a cloudy week. Here is how to calculate the right number for your project, and why 1 day is rarely enough.
A solar street light is not "install and forget." Here is the maintenance schedule our factory recommends, the parts that actually fail, and how to extend lifespan from 3 years to 8+ years.
The solar street light market is full of misleading claims, fake certifications, and "too good to be true" pricing. Here are the 5 most common scams and how to spot them.
A step-by-step worksheet to size the right solar street light for any project — from road width and pole height to battery capacity, solar panel wattage, and autonomy days.
A complete guide to the seven biggest benefits of solar street lights — electricity savings, environmental impact, off-grid installation, low maintenance, and smart controls.
A practical, decision-tree guide to picking the right solar street light — covering wattage, pole height, battery backup, and the all-in-one vs split question.
Enter a few road parameters to get a practical wattage recommendation in 30 seconds
A strong starting point for an 8 m road with 30 m pole spacing in a rural or park setting.
View matching products ↗* Preliminary sizing guide. Final wattage should be confirmed against latitude, shading, lux standards and battery configuration.
