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APPLICATION 06

Solar Power for Tower Lighting

Dedicated solar and battery energy systems for aviation obstruction lights, tower marker lighting and related safety loads.

SAFETY LIGHTING THAT STAYS ON

Independent power for regulated tower visibility

Tower lighting must remain available through grid failures and at sites without utility access. Huijue designs the energy system around fixture load, flash pattern, control equipment and required autonomy.

  • Telecom tower obstruction lights
  • Microwave tower markers
  • Remote aviation structures
  • Weak-grid tower sites
  • Dedicated lighting backup
  • Lighting retrofit projects
RECOMMENDED ARCHITECTURE

Dedicated power with monitored reserve

A separate solar and battery subsystem can isolate the safety load from other site equipment while reporting status to the network operations center.

01

PV Generation

Produces energy for daily lighting operation and battery recovery.

02

Charge Control

Maintains storage and protects against overcharge and deep discharge.

03

Reserve Battery

Provides the specified backup duration through grid or solar interruption.

04

Lighting Output

Regulated DC or AC supply for obstruction lighting controllers.

05

Alarm Interface

Remote status for power, battery, light and cabinet conditions.

CORE EQUIPMENT

Power components for obstruction-light circuits

Solar Modules

Array size matched to lighting duty cycle and seasonal solar resource.

Reserve Battery

Long-life LiFePO4 storage sized to the required autonomy window.

Lighting Controller Supply

Stable DC or AC output compatible with the selected lighting system.

Protection & Distribution

Disconnects, breakers, surge protection and monitored branch circuits.

Outdoor Cabinet

Weatherproof enclosure for battery, control and communications equipment.

Alarm Monitoring

Dry contact, serial or IP-based integration with the site monitoring platform.

KEY DESIGN INPUTS

Lighting-specific engineering inputs

Load

Fixture and controller demand

Steady or flashing load profile, number of fixtures and control equipment.

Reserve

Required backup time

Autonomy target through grid failure, bad weather or maintenance.

Interface

Alarm and control signals

Monitoring protocol, status contacts and remote maintenance requirements.

CUSTOM ENGINEERING

Engineering inputs from the selected lighting system

Fixture approval and compliance remain tied to the selected lighting system and destination. Huijue engineers the supporting power architecture and integration package.

  1. Review lighting schedule, controller and compliance inputs
  2. Calculate daily energy and backup reserve
  3. Engineer PV, storage, output and protection system
  4. Integrate monitoring and cabinet hardware
  5. Support commissioning and alarm verification

Design dependable tower lighting power.

Request a Custom Solution