Overview

Project Background: Precision production lines require high Color Rendering Index (CRI) lighting environments for accurate quality inspection. Products Applied: LED High Bay Light — 150W (Triple Chip) / 200W (Quad Chip) Feature Analysis: ① Multi-Chip Configuration — 150W triple-chip / 200W quad-chip delivers higher brightness density for critical inspection areas. ② OSRAM LEDs — High CRI for true color reproduction, essential for quality control stations. ③ Finned Heatsink Design — Extended operation without brightness degradation, suitable for 24/7 factory operations.

Project Background: Large manufacturing workshops need high-brightness, shadow-free lighting environments that can withstand heat, dust, and continuous operation. Products Applied: AIoT High Bay Light — 500W Feature Analysis: ① 5-50m Installation Height — Suitable for high factory ceilings. 500W power covers wide areas efficiently. ② Die-Cast Aluminum + Toughened Glass — Impact-resistant, high-temperature tolerant, excellent heat dissipation. ③ 24/7 Online Monitoring — AIoT system monitors every fixture in real time with automatic fault alerts. ④ Modular Design — Single module replacement without affecting entire production line lighting.Factory Workshop Lighting Project

Project Background: Sports arenas require high brightness, flicker-free, evenly distributed lighting systems that also meet energy efficiency targets. Products Applied: AIoT High Bay Light — 300W / FEITIAN Flood Light Model 3 — 600W Feature Analysis: ① High Uniformity Illumination — FEITIAN Model 3 three-module design (904×447×98mm) delivers uniform light distribution with no dark spots. ② 60° Beam Angle — Precision light distribution control prevents glare for athletes. ③ IP65 Protection — Dust and moisture protection ensures long-term stable operation in sports venue ceilings. ④ AIoT Remote Control — App-based brightness adjustment for different event levels (training/competition/broadcasting). ⑤ 60%+ Energy Savings — AIoT high bay lights save over 60% compared to traditional metal halide lamps, significantly reducing venue operating costs.

Project Background: Kenyan rural roads urgently need lighting to reduce night-time accidents, but power infrastructure is minimal. Products Applied: FALCON All-in-One Solar Street Light — 40W Feature Analysis: ① Cost-Effective — FALCON series offers entry-level pricing with premium components: CREE chips + LiFePO4 battery. ② 36-Hour Runtime — 40W model with 3.2V/30Ah battery provides 36 hours of continuous lighting, handling East Africa’s variable weather. ③ Compact & Lightweight — Low transport and installation costs, ideal for large-scale rural road deployment. Kenya — Rural Road Lighting Project

Project Background: Mountain village roads in rural Asia are narrow and winding. Traditional street light installation is difficult, and local power supply is unstable. Products Applied: HUNTER All-in-One Solar Street Light — 60W Feature Analysis: ① 365 Days Lighting — HUNTER series features a large-capacity battery (3.2V/45Ah) for uninterrupted year-round lighting. ② MPPT Controller — Maximum Power Point Tracking ensures efficient charging even on cloudy days, suitable for rainy mountain regions. ③ 24K Gold-Plated Connectors — Corrosion-resistant design ideal for humid mountain environments. ④ AI Smart Power Management — Automatically adjusts brightness to maximize lighting duration.

Project Background: Remote African areas have zero grid coverage. Residents rely on kerosene lamps for lighting — a serious safety hazard with high ongoing costs. Products Applied: AIoT Solar Street Light — High Brightness 120W + Independent Solar System Feature Analysis: ① Fully Off-Grid Operation — Completely independent from the power grid. Solar self-sufficiency is ideal for African off-grid communities. ② LiFePO4 Battery — Lithium Iron Phosphate batteries offer ≥2000 cycle life. Safer and more durable in high-temperature environments. ③ GPS Anti-Theft Positioning — Theft prevention is critical in remote African areas. One-key GPS positioning tracks each pole in real time. ④ IoT Cloud Management — Remote on/off control and fault alerts reduce the need for maintenance personnel to travel deep into remote areas.