Luminiser Tea Candle Lantern transform the heat energy from a single tea light candle
An LED lantern that runs off heat energy from a candle may additionally seem as useless as an electric space heater powered by way of burning logs, but the Luminiser is simply the sort of lantern. Created by Norwegian waste-heat reclamation company ThermTech, the Luminiser Lantern this is presently the subject of a crowdfunding marketing campaign makes use of a tea candle to electricity an array of LEDs for up to 6 hours.
Luminiser Tea Candle Powered LED Lantern Design
The Luminiser is an modern and realistic portable LED lantern that weighs 150g and measures 9.8 x 4.7 inches. whilst folded, it measures simplest 5.5 x 4.7 inches. As we can see from the photographs, the lantern sports activities a easy but smooth appearance design, and the foldable legs and lightweight body permit you to effortlessly take it with you for any outside activity.
Luminiser Tea Candle Powered LED Lantern Features
In contrast to any LED camping lantern which we’ve featured, the Luminiser has no built-in rechargeable battery or integrated solar panel. The eco-friendly LED lantern is powered with the aid of tea light candle. the usage of thermoelectricity, the lantern transforms the warmth strength from a single tea mild candle right into a effective LED light.
All you need to do is simply light a tea candle, vicinity it in the glass holder and lock it into the lantern, and choose your lights mode for illumination. One single tea candle affords 5-6 hour illumination, and it gives you a 150 -200 lumen brightness.
Luminiser Tea Candle Powered LED Lantern Price
The Luminiser Lantern is currently the subject of a Kickstarter campaign with pledge levels starting at NOK600 (US$77) for the lantern. If the campaign proves successful and everything goes as planned, Luminiser Lanterns could be on their way to backers in August this year. But if you still want more efficient then this, then the UST 30-Day Duro is the only one that’s just right, launched at tech events 2016.