Why convert to induction lighting?
Save costs
- Lamp life and lower wattage bulbs reduce energy costs by up to 75%
- The full cost of converting to induction lighting can usually be recovered within the warranty period
- With an expected lifespan of up to 100,000 hours, induction lamps significantly reduce maintenance costs.
(Labour, used lamp disposal and replacement costs) - Reduced carbon emissions could mean tax savings for organisations committed to the government’s Carbon Reduction Commitment Energy Efficiency Scheme
- A single 120W induction lamp
provides the same illumination as a traditional 250W lamp, thereby
reducing energy consumption by 50%
- By running cool, heat loss is minimised hereby saving on air conditioning costs
- Instant strike and no cooling down period reduces wasted energy
- Lamp lifespan is an expected 100,000 hours, the equivalent of 22 years at 12 hours per day
- Lamps operate at a low temperature, thereby extending the life of the lamp, the fixture and the ballast
- The tube is completely sealed with no filament to burn away, meaning light output doesn't deteriorate over time
- Lamps can operate in extreme ambient temperatures, from -40°C up to 50°C
- The quality of supplied electricity has no impact on lamp performance due to wide voltage range
- By operating at a low temperature, lamps and fixtures can be sealed to resist ingress of insects, dust and fumes
- In temperature controlled rooms, induction lights emit less heat
- No flicker or glare results in less eye strain
- Restores the natural colour rendering of the environment
- Spectral distribution is 20% more efficient than other energy saving lamps
- High luminous efficacy of 85 - 90 lumens per watt
