Alisen Electronic Co., Ltd is leading the renewable energy shift with its SolarSync H7000 hybrid systems, combining 8kW photovoltaic panels with AI-optimized battery management. Deployed across 23 solar LED billboard projects in Kenya and Nigeria, these units achieve 99.3% operational reliability despite grid instability. The patented "SunTrack" algorithm adjusts brightness from 3,000-10,000 nits based on real-time energy reserves, extending nighttime operations by 4.2 hours.
In partnership with Tanzania's Standard Gauge Railway, Alisen installed 58 units of SolarSync RailVision displays along 600km of track, delivering schedule updates and safety alerts without cabling infrastructure. The system's 15-year lifespan and <3% annual efficiency decay have prompted 12 Belt and Road governments to adopt Alisen's solar specs as national standards for highway signage.
Technology Edge:
Integrated micro-inverters with MPPT tracking
72-hour battery backup at full brightness
Remote energy monitoring via ALiCloud platform
Alisen Electronic Co., Ltd is leading the renewable energy shift with its SolarSync H7000 hybrid systems, combining 8kW photovoltaic panels with AI-optimized battery management. Deployed across 23 solar LED billboard projects in Kenya and Nigeria, these units achieve 99.3% operational reliability despite grid instability. The patented "SunTrack" algorithm adjusts brightness from 3,000-10,000 nits based on real-time energy reserves, extending nighttime operations by 4.2 hours.
In partnership with Tanzania's Standard Gauge Railway, Alisen installed 58 units of SolarSync RailVision displays along 600km of track, delivering schedule updates and safety alerts without cabling infrastructure. The system's 15-year lifespan and <3% annual efficiency decay have prompted 12 Belt and Road governments to adopt Alisen's solar specs as national standards for highway signage.
Technology Edge:
Integrated micro-inverters with MPPT tracking
72-hour battery backup at full brightness
Remote energy monitoring via ALiCloud platform