Cooktops have become an important part of modern Australian kitchens, whether you’re renovating, building a new home or simply replacing an older kitchen appliance.
Two popular choices are electric and induction cooktops. At first glance, they can look remarkably similar. Both can feature a smooth glass cooktop surface, touch controls and a streamlined design that works well in contemporary kitchens.
However, the way they generate heat is very different.
Understanding the key difference between electric and induction cooktops can help you decide which cooking technology better suits your kitchen, cookware, budget and everyday cooking style.
The Difference Between Electric and Induction Cooktops
Induction and electric cooktops can look very similar from an aesthetic perspective. It’s also worth noting that an induction cooktop relies on electricity as its source of power, just like a traditional electric cooktop.
The main difference is how that electricity is converted into cooking heat.
How Traditional Electric Cooktops Work
Traditional electric cooktops use heating elements positioned underneath or within the cooking surface.
With a ceramic electric cooktop, the element heats the glass, and the heated glass then transfers that heat into your pots and pans.
Older electric models may instead use exposed coil elements or solid hotplates.
Modern radiant ceramic electric cooktops provide a smooth cooking surface, making them easier to integrate into contemporary kitchen designs while providing straightforward control over the cooking temperature.
Electric cooktops also work with a broad range of cookware, so changing from another conventional cooking appliance may not necessarily mean replacing your existing pots and pans.
Exploring Induction Cooktops
Induction cooking works differently.
Rather than relying on a heating element underneath the glass to heat the surface first, an induction stove uses electromagnetic energy to generate heat directly within compatible cookware.
This means the cookware itself becomes the primary source of heat.
Because less energy needs to pass through the cooktop surface before reaching the pan, induction cooking can provide fast heating, responsive adjustments and improved energy efficiency compared with conventional radiant electric cooking.
The induction cooktop heat is also highly responsive. When you adjust the power setting, the energy delivered to compatible cookware changes quickly, giving cooks more precise temperature control.
If you’d like to understand the electrical side before making the switch, read Goldline’s Power Supply for Induction Cooktop: Everything You Need to Know Before Installation.
What Cookware Can You Use With Induction?
One important consideration with induction is cookware compatibility.
Your cookware needs a magnetic base so that the induction system can interact with it. Suitable cookware commonly includes:
- Cast iron
- Enamelled cast iron
- Magnetic stainless steel
- Other cookware specifically labelled as induction-compatible
A simple way to check is to place a fridge magnet against the bottom of the pan. If it sticks firmly, there’s a good chance the cookware will work with induction.
Some aluminium, copper and glass cookware will not work unless it includes a compatible magnetic base.
This means switching to induction may require some households to replace certain pots and pans, so it’s worth checking your existing cookware before purchasing.
Electric vs Induction Cooktops: What’s the Key Difference?
The easiest way to understand the two is to compare how they create cooking heat.
| Feature | Electric Cooktop | Induction Cooktop |
|---|---|---|
| How it heats | Heating element warms the cooktop surface, which transfers heat to cookware | Electromagnetic energy heats compatible cookware directly |
| Cookware | Works with most flat-bottom cookware | Requires magnetic, induction-compatible cookware |
| Temperature response | Heat changes more gradually | Fast and responsive |
| Cooktop surface | Surface becomes hot during cooking | Glass can still become hot from contact with heated cookware, but the pan is heated directly |
| Energy efficiency | Some energy is lost while transferring heat through the surface | Generally more energy efficient because heat is generated directly in the cookware |
| Cleaning | Smooth ceramic models are easy to wipe clean | Smooth glass surface is easy to wipe clean |
| Initial cost | Electric cooktops tend to have more budget-friendly options | Induction models can have a higher upfront price |
Ultimately, there isn’t one answer that suits every kitchen.
Energy Efficiency and Energy Consumption
Another consideration when comparing the two is energy consumption.
Both cooktops use electricity, but they use it differently.
Traditional electric cooktops need to heat an element and the cooking surface before that heat reaches the cookware. Some energy is therefore lost during the heat-transfer process.
Induction cooking transfers electromagnetic energy directly into compatible cookware. This more direct method can make induction more energy efficient, particularly when you’re heating food quickly or boiling water.
Your actual energy consumption will still depend on factors such as the cooktop’s power rating, cooking temperature, cooking duration, cookware and how many cooking zones you’re using.
Which Is Better: Electric or Induction?
The better option depends on what matters most in your kitchen.
An electric cooktop may suit you if you:
- Want to continue using a wider variety of existing cookware
- Prefer familiar, straightforward cooking controls
- Want a smooth ceramic cooking surface
- Are looking for a practical option for a renovation or replacement
- Have a kitchen layout where a compact or narrow cooktop could help
An induction cooktop may suit you if you:
- Want fast and responsive heating
- Value precise temperature control
- Want greater cooking energy efficiency
- Already own compatible cookware
- Prefer modern induction cooking technology
- Are planning an all-electric or contemporary kitchen
If you’re considering induction, it’s also important to check whether your home’s electrical system can support your chosen model. Goldline’s 5 Electrical Checks Before Induction Cooktop Installation explains what to discuss with a licensed electrician before installation.
Goldline Electric Cooktops
Goldline has offered electric cooking solutions to Australian households for many years.
The RZ94T-1 Electric Cooktop, originally launched in April 2019, remains part of Goldline’s current electric range.
Designed particularly for kitchens where benchtop depth matters, the RZ94T-1 provides a 930mm-wide cooking surface while maintaining a narrow 450mm depth.
Features include:
- 9-stage power settings
- Touch controls
- Residual heat indicators
- Four cooking zones
- One triple cooking zone
- One twin cooking zone
- Two single cooking zones
- Smooth black glass cooking surface
The triple and twin cooking zones allow users to select different heating areas depending on the size of the cookware being used.
Goldline also currently offers a compact 60cm electric cooktop, providing another option for kitchens where available space or layout influences appliance selection.
You can learn more in Goldline’s guide to electric cooktops or browse the current Goldline Electric Cooktop range.
Goldline Induction Cooktops
For households interested in induction cooking, Goldline’s current range includes 60cm and 90cm induction cooktops.
These models use electromagnetic cooking technology to provide responsive heat control while maintaining the streamlined glass cooking surface many homeowners prefer in modern kitchens.
Explore the current Goldline Induction Cooktop range to compare available options.
If you’re still deciding between different cooking technologies, our Gas vs Induction Cooktops comparison provides another useful overview.
Choosing the Right Cooktop for Your Kitchen
Electric and induction cooktops may look similar, but what’s happening underneath the glass is very different.
Traditional electric cooktops heat an element and transfer that heat through the cooking surface. Induction cooktops use electromagnetic energy to generate heat directly in compatible cookware.
Electric cooking remains a practical and familiar choice with broad cookware compatibility, while induction provides fast response, precise temperature control and high energy efficiency.
Before choosing either option, consider your available kitchen space, electrical requirements, cooking habits, existing pots and pans and preferred cooking style.
Taking the time to compare these factors will help you choose a cooktop that fits naturally into the way you actually use your kitchen.
