Select quantity of escape route lights
We have inserted an example quantity to assist you if you are unsure.
ea.
ea.
Emergency lights affect the total sum for labour and wiring. View calculation to see details.
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The environment?
We calculate the environmental savings based on an average CO2 consumption per exit light, with a daily consumption of 24 hours, as well as savings of x number of metres of cable in a new installation. View calculation for a more detailed view.
kg CO2-emissions
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Electricity?
We calculate the electricity savings based on electricity consumption per emergency light on average price 15cnt per kWh, compared to the average electricity consumption per emergency light from competitors in the market. View calculation for a more detailed view.
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The calculation assumes 25 ea. exit lights, based on an electricity price of cnt per kWh.
By using Hedengren you can save
Annual electricity saving | |
Job and cabling based on a self-contained system | |
Labour and wiring Compared to central battery system |
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Annual CO₂ saving |
Our experts will help you choose and plan your emergency lighting
Our emergency lights consume | Watts | kWatts | |
---|---|---|---|
kg CO2 per kW | |||
Lighting time in hours | |||
Consumption per day | |||
Consumption per year | |||
Kg CO2 | |||
Typical Market emergency light consumes | Watts | kWatts | |
Lighting time in hours | |||
Consumption per day | |||
Consumption per year | |||
Kg CO2 | |||
Cost per emergency light | kW price | ||
Emergency light lit for 24 hours | Per emergency light | All | CO2 24 hrs |
Hedengren per day | |||
Market emergency light per day | |||
Hedengren per year | |||
Market emergency light per year |