Elnur Heater Controls and Programmers

Elnur is a Spanish manufacturer of electric heating whose products are widely sold in the UK, and its controls sit at the centre of what the brand offers. The Elnur G-Control Hub connects compatible Elnur heaters to a home's Wi-Fi, so that a phone app can set a daily and weekly schedule with chosen temperatures at chosen times, adjust temperatures remotely, and read an electricity meter¹. The hub also manages surplus energy from photovoltaic installations, which is the feature that matters most for a household working towards energy independence: it can direct solar electricity the home has already generated into heating rather than exporting it¹.

The rest of this page covers what those controls do in practice, how they behave on storage heaters as well as radiators, and where the limits are. Two limits matter more than any feature list. Storage heater controls of any brand work a day behind the weather, because the heater charges overnight for the following day². And app control of any kind depends on broadband, the maker's servers and its app staying available¹. Neither is a reason to avoid the controls, but both should be understood before a purchase.

How Elnur programmers and controls work

Elnur's control system has two halves: the hardware built into each heater, and the G-Control Hub that connects it to the outside world. Through the free Elnur Gabarron WiFi Control App, a household can set a daily and weekly schedule for its heaters, choosing set temperatures at selected times across the whole week¹. The hub adds:

• timer and programmer control through the app¹
• temperature control through the app¹
• an electricity meter function, so consumption is visible rather than guessed¹
• management of surplus photovoltaic generation¹

The photovoltaic surplus management is the distinguishing feature. Where a home has solar panels, the hub manages surplus generation efficiently, using the home's own electricity to heat rather than letting it go to waste¹. For a household with panels, this is the point at which electric heating stops being purely a drain on the grid and becomes a way of storing self-generated energy as warmth. For a household without panels, the hub is a scheduler and meter, useful but not transformative. The wider context for heating controls of all kinds is set out in heating controls, and electric-specific controls are covered in controls for electric radiators and panel heaters.

Thermostat settings: 18 to 21°C for comfort and efficiency

Independent UK guidance converges on the same thermostat range. Cadent advises that a thermostat should be set between 18 and 21°C to keep you safe and well³, and the British Gas Energy Trust's energy saving tips give the same 18°C to 21°C range for comfort and efficiency⁴. A thermostat's job is to hold a room at the set temperature by switching the heater off when it is reached and on again when the room cools, so the setting is the single biggest lever on both comfort and running cost.

What the thermostat cannot do is make a badly controlled room behave. If furniture blocks a radiator, or unused rooms are heated to the same temperature as used ones, the thermostat holds the wrong rooms warm at the wrong times⁷. Guidance on what each room should be set to is in thermostat temperature settings, and the principles behind room thermostats are explained in room thermostats.

Eco settings, scheduling and open window shut off

Programming is where modern electric heating controls earn their keep. A weekly schedule means each heater comes on only in the hours the room is used, at the temperature the room needs, rather than running on a single wall switch. The Elnur app's scheduling allows set temperatures at selected times all week¹, which is the same principle as any heating programmer: heat when needed, off when not.

Open window detection is a feature that appears on the wider market of smart heating controls rather than in Elnur's own published specification. The Aqara Smart Home Radiator Thermostat E1, for example, lists open window detection alongside GPS tracking, frost protection and on-valve controls⁸. The function senses the sudden temperature drop a window causes and pauses heating until the window is shut, so a ventilated room is not heated into the street. Householders comparing control ecosystems should check whether a specific feature is present on the exact model, since it is not universal. Scheduling principles, including setback temperatures, are covered in heating schedules and setback.

App and voice control: Google Home, Alexa and the Gabarron app

Elnur's app route is the Gabarron WiFi Control App, working through the G-Control Hub. The maker states that with the G Control System you can also control heating equipment with the voice assistants Alexa from Amazon or Google Home Assistant¹. That puts Elnur in the same voice-control territory as the mainstream smart thermostats: independent guidance notes that smart thermostats connect to Amazon Alexa, Siri and Google Home, with Google Nest and Hive among the examples⁹, and that a smart thermostat's job is to learn your routine and adjust heating accordingly¹⁰.

The dependence this creates is real and should be stated plainly. App scheduling, remote temperature changes and the electricity meter all run through the hub, the home's broadband, Elnur's servers and the Gabarron app¹. If any link fails, the heaters still work on their local controls, but the smart layer goes with it. Which voice platforms work with which thermostats is compared in smart thermostats and Alexa or Google, and the cloud dependence question is examined in heating controls and energy independence.

Storage heater controls: input and output dials versus automated controls

Storage heaters are controlled in one of two ways, depending on their age. Older storage heaters use input and output dials¹¹. The input dial, sometimes known as charge, controls how much heat the heater stores as it charges overnight: higher input means hotter bricks and more heat for the next day⁵. The output dial controls how much heat the heater releases during the day, and the higher it is set, the quicker the stored heat is released⁵. Older heaters release heat continuously, with the output dial as the only throttle⁵. Some models add a boost setting⁶.

Modern storage heaters generally come with improved heating controls, including an automatic charge control, a thermostat and a programmer¹¹. Once set, digital controls are easier to run than manual ones, because they automatically store enough heat for the set routine⁵. The building regulations treat this as a requirement, not a preference. The approved documents state that automatic control of input charge should be provided, together with an adjustable heat release rate, for electric storage heaters⁵. The full detail of storage heater controls is in storage heater controls.

Charging a day ahead: the timing limit

Every storage heater control, however sophisticated, shares one limit: the heater charges during off-peak hours when electricity is cheaper, usually overnight⁵, and it needs to charge the night before, so any change to the input will not take effect until the next day². Storage heaters work by using cheaper off-peak night-time electricity to create and store heat for use the following day, which is why they are sometimes called Economy 7 heaters¹². They work with special tariffs providing cheaper rates at certain times of day¹¹, and the specification behind energy assessments recognises 7, 10 or 24 hour storage heaters¹³.

Automatic charge control softens but does not remove the limit. It regulates how much energy is used by storing more or less heat at night⁵, and on modern heaters it works out how much electricity it needs to store to meet the programme, using only the charge it needs¹¹. That saves money on mild nights. It cannot add heat on a cold evening, because the charge for tonight was set last night. This is the structural weakness behind the common complaint that storage heaters run out of heat in the afternoon: their heat output usually declines in the evening, just when many homeowners need it most¹⁴, and they can leave a home very warm in the morning and struggling in the evening¹⁵. How controls interact with off-peak tariffs is covered in heating controls and time-of-use tariffs.

Heating each room separately

Electric heating is naturally suited to zoning. Each room can be treated as a separate zone and controlled individually¹⁶, because each heater has its own thermostat and, with app control, its own schedule. Zone controls heat different rooms at different times of the day automatically, via separate programmable circuits for different parts of the house¹⁷. Official guidance under ECO4 defines time and temperature zone controls as enabling independent programming of temperature and heating times in at least two different areas of a premise¹⁸, and the same principle applies in underfloor heating, where zoning allows control of individual rooms with smart, programmable thermostats on a schedule¹⁹.

For a household, zoning is where the running-cost savings actually come from:

• bedrooms heated only before sleep
• living rooms heated only in the evening
• spare rooms off entirely

The Elnur app's per-heater weekly schedule is built for exactly this¹. How to divide a home into zones is covered in heating zoning.

Heater safety and required surrounding space

The safety picture divides by appliance type:

• Fixed electric radiators with built-in safety features, thermostatic control and overheat protection can be left on overnight²⁰.
• Portable heaters are different: it is recommended not to use a portable heater overnight²¹.
• Electric blankets can be dangerous if left on overnight unless they have a safe all-night setting, and should never be used with a hot water bottle²²; if used overnight they should have temperature control settings and automatic shut-off²³.

On the appliance side, Elnur's MAS15 electric system boiler, for example, carries a heating temperature limiter at 100°C, and its modulation requires an external thermostat connected to the heating circuit²⁴. Around any heater, the everyday rules matter: do not dry clothes directly on an electric radiator, because covering the surface can trap heat, reduce efficiency and may cause overheating, and do not paint them, since added paint affects how heat is released and may damage the surface or safety features²⁰.

Electric radiator maintenance and bleeding explained

No. Electric radiators do not circulate hot water and do not trap air, so they do not need bleeding²⁵; as EDF puts it, there is no water inside them as there is in a traditional central heating radiator²⁰. This is a genuine maintenance advantage over wet systems, where radiators need bleeding every couple of years to remove trapped air bubbles²⁶, and should be checked at least once a year²⁷, a job you can do yourself if an individual radiator is warmer in some places than others²⁶.

What electric heating does demand instead is correct installation. Storage heaters are hard-wired to the correct circuit in the home, some larger models weigh more than 150kg, and a registered electrician should replace them¹¹. There is no annual service in the boiler sense, but the electrical installation itself is the thing that must be right.

What households can and cannot control

Elnur controls give a household real gains: per-room scheduling, visible electricity use, voice control through Alexa or Google Home, and the ability to put surplus solar generation into heat¹. The thermostat range to aim for is 18 to 21°C³, and zoning room by room is where the savings are made¹⁶.

The dependencies are equally clear:

• App and voice control need broadband, Elnur's servers and the Gabarron app to keep working¹.
• Storage heaters of any brand, Elnur included, charge a day ahead on an off-peak tariff, so a cold evening cannot be rescued by any control setting made that day².
• The building regulations expect automatic charge control on storage heaters⁵, which means older manual heaters fall short of current standards even when they still work.

For a household weighing the cloud dependence question specifically, smart heating control security and data sets out what app-based control means for privacy and long-term support.