When it comes to Controllable Electric Conversions for your Aga Cooker, you have two options;
Both systems are controllable - designed to be efficient and offer complete flexibility. They each have their own advantages (and disadvantages!), which we'll cover on this page.
If running costs and reliability are a top priority, the ElectricKit System is for you.
If flexibility is a priority, the eControl System is perfect.
By utilising the placement of electrical elements, these electric aga cooker conversions allow you to retain the radiant-heat cooking that the Aga Cooker is known for, but with a completely electric system. Our ElectricKit and eControl conversions boast faster heat up times and lower running costs compared to traditional models. You also have the option of reducing the heat output to the room in the warmer months - goodbye summer kitchen saunas!
If you're considering one of our conversions, we've listed some advantages and disadvantages below, along with a comparison of the kits.
A note to keep in mind:
We are one of the few companies that are completely unbiased, as we are authorised to install all conversion kits. We'll find the perfect conversion for you and your situation.
Be weary of advice given with vested interests in one kit over the other!
As we've mentioned, both of these Electric Conversion Kits are brilliant options to convert your traditional Aga Cooker. We understand that you might be confused with all of the information online about each controllable conversion model.
In line with our business ethos of honesty and transparency, we've listed the differences of each conversion kit below.
ElectricKit Classic | eControl Sx | |
---|---|---|
Manufacturer Established | 2003 | 2020 |
Models Available | 2 oven / 3 oven / 4 oven | 2 oven / 3 oven / 4 oven / 5 oven |
- | - | - |
Hotplate Temp Indicators | Numbered Dial 1-8 | None Available |
Hotplate Material | Blasted Steel | Machined Steel |
Hotplate Max Temp (Lids Closed) | 230c | 200c |
Hotplate Max Usable Temp | 370c | 375c |
Induction Hotplate Available | Yes | No |
Ceramic Hotplate Available | No | Yes |
- | - | |
Total Power (2 Oven Models) | 3000w | 2500w |
Baking Oven Elements (3 Oven Models) | 1100w (below oven) | 750w above, 750w below |
Hotcupboard Power (4 Oven Models) | 550w | 750w |
Metal Baffle Required in Roasting Oven | No | Yes |
Hotcupboard Temp Controls | Numbered Dial 1-8 | No Controllability |
Hotcupboard Element | Hidden | Occupies Oven Space |
- | - | - |
Top Oven (0c - 180c) | 48 mins | 1 hour 15 mins |
Top Oven (0c - 220c) | 60 mins | 1 hour 32 mins |
Hotplate (0c - 200c) | 11 mins | 10 mins |
Hotplate (0c - 325c) | 19 mins | 15 mins |
- | - | |
Wifi Integration | Yes | No |
- | - | - |
2 Oven Model Power | 2 x 13amp spurs | 1 x 32amp |
3 Oven Model Power | 1 x 32amp | 1 x 40amp |
4 Oven Model Power | 1 x 32amp | 1 x 32amp |
Both of the systems allow you to have two separate hotplates, each capable of boiling temperatures. Neither of them should be left on full power when the lid covers are closed - this causes excessive heat build up and undue stress on the hotplate elements.
The ElectricKit Hotplates are made of blasted steel. This gives them similar aesthetics of a traditional Aga Cooker hotplate. They are the original drop in cassette design, which utilises your original aga cooker cast iron expansion rings - making it almost visually indistinguishable against a traditional aga cooker.
The eControl Hotplates are made of shiny machined steel. Early versions were built up onsite, as part of the cooker assembly procedure. After a couple of years on the market, the design was updated to a 'drop in' cassette, utilising the existing Aga Cooker top plate design.
Both of the conversions keep the cast iron ovens aga cookers are known for. They both have individual elements placed above and below the ovens for even and quick heat distribution. We'll use our 2 oven models as an example for the below information.
The ElectricKit Classic system has a 700w element above the top oven, a main 1800w element in-between the ovens and a 500w element below the bottom oven. No baffle plates required.
When the top oven is set to 220c, you will naturally have a hot simmering oven (approx 140c) in the bottom oven, due to conductive heat. This bottom oven temperature can be boosted up to 250c if needed.
The ElectricKit top oven uses an accurate PID controller for the temperature. This technology allows a +/- 2c tolerance between actual oven temperature vs what is displayed.
The ElectricKit oven display shows the current temperature inside the oven, with the target temperature shown/set with the press of up and down buttons.
Your ElectricKit top oven will reach 220c, from cold, and be ready to use in 60 minutes.
The eControl system has a 1000w element above the top oven, a 750w element in-between the ovens and a 750w element below the bottom oven. A metal baffle plate occupies space in the top oven to diffuse the heat from the 1000w element.
When the top oven is set to 220c, you will naturally have a warming oven (approx 80/90c) in the bottom oven, due to conductive heat. This bottom oven temperature can be boosted up to 220c if needed.
The eControl system uses mechanical thermostats similar to the newer models of Aga Cookers. These can have a tolerance of 10-15c between actual oven temperature vs what is displayed.
The eControl oven display shows target temperature, which can be adjusted using a control dial with sliding scale. Once the target temperature is reached, a green indicator light will turn off.
Your eControl top oven will reach 220c, from cold, and be ready to use in 1hr 32 minutes.
The eControl and ElectricKit Control Panels
are both hidden behind the control door day-to-day. Each have individual dials and displays for temperatures with flexibility when it comes to controlling the electric elements.
The ElectricKit Control Panel is clean, with a focus on simplicity. There is only one oven temperature display (top oven), and a dial for the bottom boost element, if needed.
The hotplate controls are numbered, which correspond to relative temperatures. For example, Number 4 is approx 230c etc.
For 4 oven models the hotcupboard is controlled via a numbered dial with corresponding temperatures, similar to the hotplate controls.
The ElectricKit temperature indicator lights are bright and easy to see.
Models available are 2 ovens, 3 ovens and 4 oven models.
The eControl Control Panel is sleek and modern, with a focus on controllability. There are temperature displays for each oven, with control dials and an ECO mode, for reduced, pre-set temperatures.
The hotplate controls have sliding scales, with no fixed temperature markings.
For 4 oven models the hotcupboard is controlled via a push on/off button with pre-set temperatures, corresponding to traditional aga cooker temperatures.
The eControl temperature indicator lights are behind frosted glass.
Models available are 2 ovens, 3 ovens, 4 ovens and 5 oven models.
The running costs
of each conversion can vary depending on your usage, lifestyle and supplier costs.
As a quick estimate @ 30p/kWh - with the top oven timed to come on to 12hrs a day at 220c (no hotplate usage included):
The ElectricKit Classic would cost approximately £16 per week, but you will also have a 140c bottom oven, without powering additional electric elements.
The eControl Series X would cost around £12.50 per week at the same setting, but you'll have a warming oven below and will need to power additional electric elements to increase this, which will increase usage.
You can reduce the running costs of the eControl and ElectricKit by turning down the oven or hotplate temperature, then turning up when required, or turning the cooker completely off when not in use. We can also upgrade hotplates to induction or ceramic electric hobs, to further reduce running costs and give you instant heat.
You can read more about each system on their dedicated pages on our website, or give us a call to ask any questions you like!
We are independent and we are not supplied or endorsed by Aga Rangemaster Ltd or Aga Rangemaster Group Ltd.
To pass savings onto you, the parts & accessories we provide are non-genuine or specifically designed alternatives. These are tested, approved by our trained engineers, and are deemed suitable for their specified function.
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