High Mast Lighting

Guaranteed 60% - 70% energy savings with our revolutionary induction lamp technology.

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Current Market Challenges

Traditional lighting solutions face significant challenges, leading to high operational costs and maintenance nightmares.

Power Guzzlers

Traditional lamps (HPSV/MHL/Mercury) consume excessive energy.

Frequent Replacements

Lamps need replacement every 6/12 months due to short lifespan.

Maintenance Nightmare

Height makes maintenance difficult and costly with serious safety concerns.

Protection Loss

Loss of IP65 protection due to frequent replacements.

Inventory Burden

Need a huge inventory of spares and frequent replacement of controls.

LED Caveat

LED has created tremendous hype, but it is not the optimal solution for high mast lighting.

Revolutionary Induction Lamp Technology

Our electrode-less induction lamps are a paradigm shift in large-area illumination, offering unparalleled longevity, efficiency, and reliability.

10-Year Lifespan

Long life over 10 years at 12 hours/ day usage

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60%+ Energy Savings

High power factor of 0.99.

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Zero Maintenance

Ground level driver replacement no lifting-cuts costs and downtime

High Power Factor

0.99 vs 0.65 for traditional systems.

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Low Operating Temp.

< 80°C vs 300°C for traditional lamps.

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Ultra-Low Failure Rate

< 1% failure rate vs 30%.

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Superior Color Rendering

CRI > 80 for excellent visibility.

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Wide Voltage Range

120-270V operating range.

♻️
Eco-Friendly

98% less mercury content.

Unique Feature: Base-Mounted Controller

A patent-pending innovation, offered exclusively by TechnoIntel, sets us apart from all competitors in the high mast lighting industry.

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Long-distance control

No lowering/raising of ring frame for controller replacement.

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Clustered control hardware at base

Controllers are clubbed and installed at the mast base.

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Ground-level service

Plug-out & plug-in maintenance at base level — cuts cost & downtime.

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IP & Reliability

Part of the controllers clubbed and installed at the mast base.

Comparison with Other Light Sources

Parameters HPMV/HPSV/MHL Induction Lamps
Typical life (at 12 hrs/day) 1-2 years. 10 years.
Failure rate within 2 years 30% < 1%
Causes of failures Voltage fluctuations and poor quality of control gears Manufacturing defects-if any
Operating temperature +300°C < 80°C
Colour rendering index 50 to 70/td> 80
Power factor 0.65 0.99
Operating voltage 170 to 250 120 to 270
Cold and hot restart 3 to 7 minutes instantaneous
Initial lumen/watt 50 to 70 80
Lumen/watt after 1 year 20 to 50 123
Pupil or visible lumen/watt 35 to 60 130
Mercury /20,000 hrs 40 to 60 mg, liquid and not recoverable 0.80 mg, solid mercury compound, recoverable.

Certified Performance

Our claims are backed by external certification from the Bureau of Energy Efficiency (BEE), demonstrating superior performance with less energy.

EXISTING SYSTEM

18 × 400W

HPSV Lamps

Lower Lux Readings (Avg. 13-16 Lux)

TECHNOINTEL NEW SYSTEM

8 × 300W

Induction Lamps

Higher Lux Readings (Avg. 15-20 Lux)

Key Differentiation: Our system utilizes fewer lights to achieve higher illumination, resulting in significant energy savings.

What Sets Us Apart

Beyond standard sales and service, we offer industry-specific solutions with:

  • Free energy audits and lighting design
  • Complimentary demos and trials
  • 5-year supply, installation, and maintenance support
  • Flexible payment and hire-purchase options
  • Buyback of old fixtures with new installations