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Article<br />
A new era for electric heating<br />
Some recent regulation and technology developments could signal a new era for electric heating. Innovative electric heating<br />
and hot water experts, The Electric Heating Company, explore these developments and how Schools, offices and public<br />
buildings could benefit.<br />
The common perception of Electric<br />
Heating is that it comprises ageing<br />
electric storage heaters which are<br />
expensive to run, often difficult to control<br />
and provide a poor heating experience.<br />
However, a new regulation and technology<br />
developments provide further evidence that<br />
this perception could not be further from<br />
the truth. The Electric Heating Company<br />
(“EHC”) have long been advocates of<br />
modern electric heating systems and<br />
welcome this new regulation and<br />
technology developments.<br />
A new energy efficiency standard, ‘LOT 20,’<br />
technology developments relating to demand<br />
side response management and<br />
improvements in the combination of electric<br />
heating and Renewables all show that electric<br />
heating should not be discounted as a<br />
heating solution for your School<br />
or Property.<br />
New ‘LOT 20’ Energy Efficiency<br />
Standards<br />
On the 1st January 2018, a new regulation<br />
affecting “the ecodesign requirements for<br />
local space heaters” became effective. This<br />
derives from an EU Commission Regulation<br />
transposed into UK Law under the Energy<br />
Related Products Regulations (ERP). This new<br />
regulation is often referred to as ‘LOT 20’ and<br />
requires any new local space heating system<br />
installed from this date onwards to be<br />
compliant with set energy efficiency<br />
standards.<br />
The aim of LOT 20 is to reduce the energy<br />
consumption through accurate management<br />
and control of electric heating appliances and<br />
minimise wasted energy. To meet the<br />
objectives of LOT 20, better use of intelligent<br />
timers, controls and sensors must be made.<br />
Standard on/off heating appliances without<br />
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such controls will no longer be compliant<br />
and manufacturers and distributors will no<br />
longer be able to sell these.<br />
Any new local space heating system installed<br />
from 1 January 2018 onwards must be<br />
compliant with the new LOT 20 performance<br />
standards. The legislation is not retrospective,<br />
so existing systems in place will not be<br />
affected.<br />
To be LOT 20 compliant, heaters will in<br />
general now need to include 3 key features:<br />
• 24/7 time and temperature control, either<br />
built in or through wireless/WIFI APP.<br />
• Electronic thermostatic control for accurate<br />
room temperature measurement.<br />
• Open window/door recognition so the<br />
heater can reduce usage if the user leaves a<br />
door or window open<br />
reducing the room<br />
temperature rapidly. Some<br />
radiators will have a smart<br />
start facility included,<br />
which allows the heater to<br />
choose the time it engages<br />
to bring the room up to<br />
the required temperature<br />
set by the user.<br />
All heaters must also meet a minimum<br />
seasonal space heating energy efficiency<br />
requirement too.<br />
This new regulation change is welcomed by<br />
EHC and will stop basic static storage heaters<br />
and electric panel heaters with basic manual<br />
controls from being available for sale. All new<br />
electric heating systems will be fully<br />
controllable 24/7 for time and<br />
temperature purposes. Furthermore,<br />
advanced technology like open<br />
window sensors should reduce<br />
consumption when windows or doors<br />
are left open.<br />
EHC have been well prepared for this<br />
new regulation. The EHC DSR Electric<br />
Combination Radiators, an update to<br />
the EHC Combination Radiators<br />
which have proven very popular in<br />
many Schools across the UK, have<br />
been LOT 20 compliant since<br />
January 2017. This range of LOT 20<br />
compliant radiators continue to<br />
offer full controllability, ease of<br />
operation and, on the correct<br />
Simple homepage of the<br />
DSR Control System<br />
electricity tariff, continue to be affordable to<br />
run. Through a central programmer School<br />
Janitors will still be able to control the time<br />
and temperature of the whole heating system<br />
to suit the School. Room thermostats and<br />
individual radiator controls also allow<br />
Teachers to control individual classroom<br />
temperatures.<br />
Demand Side Response Technology<br />
Demand Side Response (“DSR”) is about the<br />
use of electricity, rather than how it is<br />
generated, and promotes the smart use of<br />
energy to shift demand for electricity in real<br />
time. DSR technology can reduce peaks in<br />
demand when National Grid might struggle<br />
to supply and reward for consumption in off<br />
peak periods. DSR is now widely accepted as<br />
a smart way for Large Businesses to reduce<br />
their total energy costs and reduce their<br />
carbon footprint. Over the past few years,<br />
DSR technology has been developing rapidly<br />
and is now ready for implementation on a<br />
smaller scale.<br />
EHC have been closely monitoring advances<br />
in DSR technology and over the past 18<br />
months have developed their own solution;<br />
the DSR Electric Combination Radiator.<br />
Through a Smart WiFi DSR Control System, a<br />
Consumer can control the time and<br />
temperature settings of up to 30 radiators<br />
anytime and anywhere. The special features<br />
of the DSR system also allow the Consumer<br />
to limit electricity consumption to avoid<br />
exceeding the maximum power available or<br />
to limit consumption in peak periods when<br />
electricity tariffs are at their most expensive.<br />
EHC are expanding this DSR Control System<br />
and are currently trialling the ability of<br />
this DSR Control<br />
System to respond<br />
to external signals<br />
for frequency<br />
response and time<br />
of use tariff<br />
purposes. This will<br />
allow groups of DSR<br />
Electric Combination<br />
Radiators, potentially<br />
thousands at a time,<br />
to have their<br />
consumption reduced<br />
or turned off for a<br />
short period of time<br />
by an Aggregator. This<br />
may be required if