Basic Info
The GE Evolve series high mast solution addresses the overall lighting needs of modern industrial parks,balancing performance,energy efficiency,and lifecycle cost.It uses modular LED luminaires that can be flexibly configured based on illuminance requirements for different zones(e.g.,main roads,parking lots,loading docks)and easily integrates smart management features,supporting green initiatives.
Customer reviews
Thomas Jensen · Chain Supermarket Property Director
After installing high mast lights in our large parking lot,surveillance footage clarity improved noticeably,strengthening security for vehicles and pedestrians.The even,shadow-free lighting has received positive customer feedback for feeling safer at night.The well-designed pole height and angle effectively prevent light intrusion into surrounding residential buildings.
Michael Brown · Petrochemical Park Safety Director
The explosion-proof high mast lights for oil & gas fully comply with ATEX Zone 2 standards. Their specialized heat dissipation and flameproof joint designs eliminate ignition risk. Internal components remain dry after routine high-pressure washing, and the anti-corrosion coating is intact in the corrosive atmosphere.
Mohammed Ali · Large Logistics Center Operations Manager
The high mast lights in the logistics center parking and aisels are highly reliable.Paired with motion sensors for'light-on-approach,dim-on-departure'operation,energy savings are substantial.The high CRI lighting facilitates nighttime goods sorting and verification.The rugged construction withstands daily impacts with minimal maintenance required.
Product Description
Features
Modular design allows combining different quantities/types of LED modules on one head for flexible light distribution.Luminaires and drivers have high efficacy aiming to reduce total energy consumption.Design facilitates maintenance and upgrades.Can seamlessly integrate with GE's Predix platform or third-party smart lighting controls for remote monitoring,group dimming,on-demand lighting,and energy data analytics.

Specifications
Luminaires comply with Zhaga interface standards,potentially allowing future upgrades without replacing the head.CCT is typically 4000K or 5000K with CRI>70.IP rating suits most industrial park environments.Pole design is simple with versatile mounting.Optional motion sensors can automatically reduce brightness in vehicle areas for further energy savings.

Applications
Suitable for roads,squares,parking lots,and building perimeter flood lighting in various manufacturing,tech,and logistics parks.Smart features help managers implement flexible strategies(e.g.,dimming park roads at night while maintaining security area brightness),optimizing energy use while meeting safety and operational needs.
Frequently Asked Questions (FAQ)
Q:How do lighting standards differ between industrial park roads and plant areas?How do high masts accommodate both?
A:Internal road illuminance is often lower than public roads,but loading/storage areas need higher levels.High mast layout and optics require differentiated design,adjusting height,spacing,and beam angles for zoning.
Q:Do different factories(chemical,precision manufacturing)have specific requirements for surrounding lighting color temperature?
A:Yes.Precision manufacturing/inspection areas require high CRI(Ra>80)and standard CCT(e.g.,4000K-5000K)for visual accuracy.Chemical zones may have explosion-proof requirements,and CCT choice considers safety.
Q:How to meet the high-frequency mobile lighting needs of nighttime logistics vehicles in industrial parks?
A:Use smart motion control with microwave/radar sensors in main logistics routes and docks to automatically raise illuminance to working levels upon detecting activity,dimming to maintenance levels afterwards.
Q:How can industrial park high masts support"smart park"development?
A:Can serve as IoT nodes integrating environmental sensors(PM2.5,noise),security monitoring,WiFi,and info displays.Lighting data feeds into the park management platform for energy analysis,predictive maintenance,and integrated operations.
Q:How to resolve lighting shadows caused by tall factory buildings?
A:Use simulation software(e.g.,Dialux)during design to account for obstructions.Compensate by adding local poles,using asymmetric optics,or adjusting aiming angles of existing poles to eliminate safety hazards.
Q:How to balance 24/7 operational lighting needs with energy saving goals in industrial parks?
A:Adopt LEDs universally.Implement time-and zone-based dimming:full output during shifts,significantly reduced during off-hours(e.g.,late night)while meeting security patrol needs.Integrate lighting KPIs into park management.