35M High Mast Light Poles with Motorized Lift: Premium Large-Area Lighting by AUTEX

YANGZHOU, JIANGSU, CHINA, October 29, 2026 /EINPresswire.com/ — Illuminating expansive industrial perimeters, commercial shipping ports, international airport aprons, and sports arenas requires structural engineering capable of projecting high-flux illumination across tens of thousands of square meters from elevated mounting heights. High-mast installations face severe aerodynamic wind loads, thermal stress, and stringent electrical reliability demands that exceed standard street lighting parameters. Headquartered in Yangzhou, China, AUTEX (YANGZHOU AUTEX SOLAR TECHNOLOGY CO., LTD.) manufactures heavy-duty high-mast illumination infrastructure, delivering engineered 35m motorized high mast lighting poles to municipal infrastructure authorities and industrial terminal operators worldwide. Featuring ten integrated 1000W LED floodlights delivering a cumulative 1,100,000 lumens, the 35-meter system combines structural aerodynamics, high-efficacy optics, and an automated motorized lowering mechanism, fulfilling demanding illumination criteria across utility-scale logistics and transit hubs.

High-Lumen Optical Distribution and 1,100,000-Lumen Performance

Large-area exterior facilities require precise photometric distribution to maintain safe operational visibility across complex logistics and transit operations. The AUTEX 35-meter high-mast lighting system features a circular or polygonal mounting crown equipped with ten 1000W industrial-grade LED floodlights, generating a total luminous output of 1,100,000 lumens. Each luminaire integrates multi-die LED arrays paired with specialized narrow, medium, or wide-beam optical lenses, projecting controlled asymmetric or symmetric light distribution over wide operational radiuses.

Delivering a high luminous efficacy of 160 lm/W and a total output of 1,100,000 lumens from ten 1000W LED floodlights, the 35-meter system fulfills high-intensity illumination requirements across shipping ports, airport aprons, and industrial logistics yards. Secondary optical lenses molded from high-purity optical grade polycarbonate deliver symmetrical narrow, asymmetrical medium, or broad flood photometric distributions. This optical flexibility ensures compliant ground illuminance uniformity across complex container stacking yards, expansive apron taxiways, and multi-track rail freight terminals. The solid-state LED fixtures offer an operational service lifespan exceeding 50,000 hours, supported by instant-on functionality that avoids the lengthy warm-up and restrike delays associated with traditional high-intensity discharge lamps. The optical system can be upgraded with intelligent DMX512 or DALI dimming protocols, enabling automated zone switching and step-dimming during low-activity night periods. Precision aiming indicators mounted on each floodlight bracket allow exact field angular alignment, ensuring compliance with target horizontal and vertical illuminance criteria.

IP66 Die-Cast Aluminum Enclosures and Integrated Surge Protection

High-elevation marine and industrial installations subject lighting hardware to driving monsoonal rains, corrosive salt mist, and atmospheric electrical surges. The 1000W floodlight luminaires are constructed with heavy-duty die-cast aluminum housings featuring integrated aerodynamic cooling fins that facilitate passive heat dissipation, keeping internal LED junction temperatures within safe operating limits.

Weatherproofing is certified to IP66 standards, incorporating precision silicone gaskets and marine-grade stainless steel fasteners to seal internal components against monsoonal downpours, fine dust ingress, and coastal salt mist. Each luminaire is equipped with an industrial-grade surge protection device (SPD) capable of absorbing electrical transients up to 10kV/20kA. This protective circuitry shields drivers and LED arrays against lightning-induced voltage spikes and industrial grid fluctuations common in port facilities and airport apron grids. Power supply units are isolated in independent compartments, allowing field replacement without disturbing the optical chamber.

Motorized Lowering Winch Mechanism and Ground-Level Safety Maintenance

Maintaining lighting equipment at a 35-meter elevation introduces substantial operational hazards and requires expensive heavy crane rentals if luminaires must be serviced at height. The AUTEX 35-meter high-mast tower integrates an internal motorized lifting and lowering mechanism that brings the entire luminaire ring down to ground level for inspection and maintenance.

The motorized lift system consists of an internal bi-directional electric winch, multi-strand stainless steel aircraft-grade hoisting cables, and a specialized top-latching mechanism. The electrical hoisting assembly incorporates an automated dual-drum drive system equipped with redundant braking mechanisms, mechanical torque limiters, and self-locking worm gearboxes to maintain secure load control during all lifting and lowering operations. During operation, the luminaire ring is mechanically locked onto the masthead docking bracket, transferring all gravitational loads from the hoisting cables onto structural steel locking arms. When maintenance is required, a portable remote control console allows technicians to disengage the mechanical latch and lower the lighting crown smoothly to ground level at a controlled speed. This mechanism avoids the need for bucket trucks or high-altitude climbing, reducing routine maintenance expenses and safeguarding maintenance personnel. Safety limit switches and anti-twist cable guide pulleys prevent rope slackening or misalignment during hoisting cycles.

Heavy Structural Steel Tower Fabrication and Anti-Corrosion Protection

Withstanding intense wind shear at a 35-meter elevation requires structural engineering and heavy steel fabrication. AUTEX manufactures 35-meter high-mast shafts from high-yield Q345B structural carbon steel, formed into tapered multi-sided polygonal cross-sections (16-sided or 20-sided) using a 1200-ton CNC press brake. The multi-sided polygonal profile disrupts wind vortices, reducing structural deflection and aerodynamic oscillation under extreme typhoon conditions.

The mast is manufactured in modular telescoping slip-joint sections that assemble on-site via hydraulic jacking with overlap lengths reaching 1.5 times the section mating diameter, creating a rigid structural column. Following fabrication, all tower sections, the luminaire mounting ring, and structural base flanges undergo hot-dip galvanization in accordance with GB/T 13912-2002 standards, receiving an 80 to 100-micron metallurgical zinc coating. This heavy-duty barrier prevents internal and external corrosion, supporting a 30-year structural service warranty in exposed coastal and industrial environments.

Factory Direct Manufacturing Integration and Large-Scale Project Execution

Executing utility-scale high-mast lighting projects requires specialized production infrastructure and validation. Backed by 40,000 square meters of manufacturing facilities and over 50 sets of heavy processing machinery, AUTEX provides end-to-end manufacturing oversight from structural steel bending and automated submerged arc welding to optical assembly and factory load testing.

AUTEX engineering teams provide project support, including foundation anchor cage design, wind load structural calculations, and 3D DIALux photometric simulations to verify illuminance uniformity across expansive sites. High-mast systems are packaged in protective wrapping and shipped in dedicated transport containers to prevent surface abrasion during transport. Factory staging areas allow full pre-assembly, electrical wiring verification, and mechanical lift testing prior to container loading, streamlining on-site mechanical assembly and electrical installation.

To review structural engineering drawings, photometric IES files, and motorized lift technical specifications for the 35-meter high-mast lighting system, please visit our official international portal.

Official Portal: https://www.autexsolar.com/

Yangzhou Autex Solar Technology Co., Ltd.
AUTEX
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