But now thanks to 21st century technology, night storage heaters no longer have any benefits that modern eco-friendly electric radiators don't. On the contrary, there are many extra capabilities that an electric radiator can offer. The greatest benefit of electric radiators lies in their environmentally friendly system.
Home heating has come a long way from the clunky old storage heating designs of yesteryear. Here we will explore in detail how and why the technology of contemporary radiators makes for a better heating option in any home.
Free from carbon emission
Quite possibly the greatest benefit of owning a modern radiator is eliminating the carbon emission that night storage heaters generate. This is due to the fact that modern electric radiators don't release the type of dry burning heat of a storage heater, which has long been responsible for releasing harmful carbon elements into the atmosphere.
Pure carbon has a low degree of toxicity but still poses a threat to human beings. Inhaling carbon dust can cause health problems such as an inflammation of the lungs. This is particularly harmful to asthma sufferers, whose condition is likely to make them more susceptible to the carbon release.
Magmatic Heat Retention tablets (MHR)
Greater insulation is one of the key attributes of modern systems, and Magmatic Heat Retention tablets (MHR) tablets are a part of many modern designs. This is a particularly impressive technology thanks to its ability to generate heat from the coldest of temperatures in less than 30 minutes; much faster than a storage heater.
The extra benefit of a MHR design is that after the radiator automatically switches off once its pre-set temperature is reached, it can continue omitting heat for a further 40 minutes due to the heat collected inside the tablets.
The amount of energy that MHR radiators save makes them one of the most important, and sought after, home heating technologies in the world.
Multi Fin Designed radiators
Another technology with a massively beneficial green aesthetic is Multi Fin Designed (MFD) radiators, which work via a series of small fins that circulate heat in order to distribute it around a room evenly. This allows the heat to spread quicker; thereby reducing the levels of energy consumed by longer periods of use.
The combined effect of both MHR and MFD technology means that half of the hot air produced by the radiator is radiated heat, while the other half consists of convected heat.
When both these kinds of heat are produced together the radiator is able to generate an ideal temperature that requires lower amounts of energy while providing the different heating benefits that radiated and convected heat offer.
The energy consumption of an electric radiator is actually just a third of the amount used by night storage heaters.
Digital Time and Temperature Thermostats
Thanks to major international progress within the heating industry, modern radiators build upon the capability of night storage heaters whilst avoiding the energy wasting problems of those old models. German electric radiators are particularly innovative, and are increasingly in demand by homes and businesses worldwide.
One technology that has improved upon night storage heater design is the invention of Digital Time and Temperature Thermostats (TDI), which allow the radiator to activate at a required time, ensuring convenience while preventing wasted energy.
This development renders the night storage heater approach of encompassing heat at night and then releasing it gradually throughout the day an outdated benefit with only limited environmental assistance.
Are they different to regular radiators?
Electric radiators work in a similar vein to traditional radiators in the sense that they are fixed structures rather than free-standing ones, but they differ as they don't require pipes to function, making installation a much simpler process.
There has never been a better time to make the change to an environmentally friendly electric radiator system, both for the sake of our planet and for the health of your family.