German Stovetops

German stovetop

Moving to a new coun­try means learn­ing to adjust to any num­ber of dif­fer­ences in dai­ly life. Some­thing as basic as an unfa­mil­iar cook­ing sur­face doesn’t have to be a stum­bling block! Whether you’re get­ting used to the set­up in your rental apart­ment or need to decide which appli­ance to put in your new kitchen, you’ll find use­ful infor­ma­tion here about the three most com­mon stove­top types in Germany.

Types and Function

Gas

Gas cook­tops heat the burn­ers by burn­ing nat­ur­al gas. You turn on the gas, then light it to pro­duce a flame under the burn­er you want to use. There is a vis­i­ble flame under the burn­er whose size and heat you can adjust by increas­ing or decreas­ing how much gas is being fed to it.

Some gas stove­tops have self-light­ing burn­ers. Gen­er­al­ly you will turn the dial for the burn­er all the way to the right and hold it there to make it light. You’ll hear a repeat­ed click­ing sound which comes from the strik­ing mech­a­nism. Oth­er gas stove­tops require that you light them your­self. You should turn the gas on low to start, then hold a lit match or lighter under the burn­er, close to the opening.

Electric

Elec­tric stove­tops have met­al coils heat­ed by con­duct­ing an elec­tri­cal cur­rent. On old­er elec­tric stove­tops you put your pans direct­ly on the coil or else on met­al burn­ers cov­er­ing them. 

The most com­mon type of elec­tric stove­top in Ger­many is the smooth-top cook­top, also called radi­ant stove­tops or Cer­an cook­tops. The met­al coils are under­neath a glass sur­face that radi­ate the heat more evenly.

Induction

While induc­tion stove­tops have been com­mon­place in Europe for decades, they are arrived much lat­er and were slow­er to gain pop­u­lar­i­ty in the Unit­ed States. Many Amer­i­cans encounter induc­tion cook­tops for the first time when they move overseas. 

Induc­tion cook­tops look very sim­i­lar to radi­ant cook­tops since they have elec­tro­mag­net­ic coils under a glass sur­face. How­ev­er, induc­tion trans­fers heat direct­ly into your cook­ware through elec­tro­mag­net­ic ener­gy. When you turn on an induc­tion burn­er, it won’t actu­al­ly acti­vate until you place an induc­tion-com­pat­i­ble pot or pan on the stove­top to acti­vate the mag­net below. In a way, you can think of induc­tion as mak­ing your pots and pans into burn­ers! When you move the pot or pan off the acti­vat­ed area, the induc­tion stops, even if the burn­er is still the­o­ret­i­cal­ly on. 

Log­i­cal­ly, that means induc­tion-com­pat­i­ble pots and pans have to be mag­net­ic for induc­tion to work. So, you’ll need pans made from some kind of fer­rous mate­r­i­al. That includes stain­less steel, cast iron, and enam­eled cast iron cookware.

Ease of Use

Gas stove­tops are pop­u­lar because they are rel­a­tive­ly quick to heat and allow fair­ly pre­cise tem­per­a­ture con­trol. Since nat­ur­al gas is still the pri­ma­ry source of heat in Ger­man homes, it’s gen­er­al­ly not too com­pli­cat­ed to get a gas line set up in your kitchen. 

If you aren’t used to cook­ing with gas, it can take a bit of time to get used to hav­ing an open flame in your kitchen. Light­ing the burn­ers may also take a bit of prac­tice if you don’t have a self-light­ing stove. You will need to fig­ure out how quick­ly and how close you need to bring the match or lighter to the gas stream in order to avoid frus­tra­tion or even injury. In addi­tion, depend­ing on how your gas is sup­plied, you may need to man­age tank refills yourself.

Elec­tric stove­tops are very easy to turn on, but they take more time to heat up and to cool down. Every cook­top is dif­fer­ent, so you’ll have to exper­i­ment to fig­ure out how long it takes your pots to heat up, what num­ber cor­re­sponds to what kind of heat, and how long it takes to move between the dif­fer­ent lev­els. Essen­tial­ly, you have to get used to fac­tor­ing in lag time when­ev­er you want a tem­per­a­ture change, and you can’t con­trol it very precisely. 

In addi­tion, the heat from one burn­er will grad­u­al­ly radi­ate across the entire glass cook­top. Even if you don’t have any oth­er burn­ers on, you’ll have to keep that in mind and not place any­thing on the sur­face that shouldn’t be heat­ed. Plas­tic in par­tic­u­lar shouldn’t be placed on the cook­top! This also means it’s not as straight­for­ward to find a place to let a pot or pan cool off. 

Induc­tion offers the fastest cook­ing and the most pre­cise tem­per­a­ture con­trol. It heats cook­ware up two to three times faster than gas because the heat comes direct­ly into the pan, so you don’t have to wait for a burn­er to heat and then for the heat to trans­fer to your pan. When you increase or decrease the heat, the induc­tion response is imme­di­ate, so the only lag is caused by the heat in your pan. When you turn an induc­tion burn­er off, that imme­di­ate­ly stops the trans­fer of heat. So, you have much less con­cern about a pot boil­ing over or food overcooking.

How­ev­er, cook­ing with induc­tion can also can come with a learn­ing curve. If you’re used to set­ting a pan with oil on the burn­er and doing some ingre­di­ent prep while you’re wait­ing for the pan to heat, you’ll need to adjust your habits! You may also hear unfa­mil­iar sounds from an induc­tion stove­top. Some hum­ming is usu­al, but old­er induc­tion stove­tops from low­er-end sup­pli­ers may whine when they are becom­ing over­taxed, for exam­ple when you are using mul­ti­ple burn­ers on high heat.

Safety

Gas cook­tops come with some obvi­ous safe­ty risks. Any­thing flam­ma­ble can ignite if it’s too close to the flame. If you take too long to light a burn­er, the gas it ignites may have reached close to your face, arm, or cloth­ing. Self-light­ing gas stove­tops are con­ve­nient but give kids an all too easy way of get­ting a flame going. Oth­er­wise, you do need to have match­es or a lighter on hand, which also need to be kept safe­ly out of the hands of curi­ous children.

In addi­tion, if the gas on a burn­er is left slight­ly open, nat­ur­al gas can grad­u­al­ly fill the room. That’s dan­ger­ous not only for its flam­ma­bil­i­ty but also because of the res­pi­ra­to­ry con­se­quences of breath­ing it in. More broad­ly speak­ing, burn­ing nat­ur­al gas con­tributes to air pol­lu­tion and cli­mate change.

Smooth-top elec­tric stoves present a wide area of glass that retains heat for quite a while, and not only direct­ly in the burn­er area. While most elec­tric cook­tops have some kind of light in the dial or con­trol area to indi­cate that an area of the stove is still dan­ger­ous­ly hot, this can be easy to miss. Chil­dren in par­tic­u­lar need to be warned nev­er to touch the glass sur­face with­out con­firm­ing that it has cooled com­plete­ly. And of course, nev­er to turn on the burn­ers unsu­per­vised! New­er mod­els usu­al­ly have dials that recess or a touch-screen con­trol that requires mul­ti­ple press­es to acti­vate a burn­er, offer­ing some pro­tec­tion for chil­dren, but old­er mod­els have sim­ple dials that are all too easy for a kid to turn.

Induc­tion offers much more safe­ty because the glass sur­face isn’t direct­ly heat­ed, the induc­tion won’t acti­vate unless some­thing mag­net­ic is placed on top of it, and the induc­tion ceas­es as soon as a pot or pan is removed. How­ev­er, it can some­times be unclear whether an induc­tion burn­er is on, since the burn­er doesn’t heat up with a vis­i­ble glow. Cer­tain man­u­fac­tures have added a light that turns on when the elec­tro­mag­net­ic ener­gy is active, though.

Cleanup

One of the big dis­ad­van­tages of gas cook­tops how much work they can be to clean and main­tain. Gas burn­ers have many irreg­u­lar sur­faces with lots of gaps and grooves that are tricky to get into. The burn­er grates also have to be removed and cleaned sep­a­rate­ly with the appro­pri­ate clean­ing products.

Smooth, sur­faces are obvi­ous­ly much eas­i­er to keep clean. Both elec­tric and induc­tion glass-top stoves can be cleaned with either a mix­ture of vine­gar and bak­ing soda or a ceram­ic-glass clean­ing liq­uid. For elec­tric cook­tops, it is impor­tant to clean the entire sur­face before each time you cook, since the radi­ant heat can cause any­thing left on the stove to become burned or set in place. You also need to be care­ful not to use any abra­sive clean­ing tools that could scratch the surface.

Energy Efficiency

Gas stove­tops are only about 40 per­cent effi­cient. That means more than half of the ener­gy is wast­ed when you cook with gas! In the sum­mer, that’s also a lot of unwant­ed heat being added to your home.

Smooth-top elec­tric stove­tops are sig­nif­i­cant­ly more effi­cient, gen­er­al­ly about 70 to 75 percent.

Induc­tion stoves are the most effi­cient option since the heat is trans­ferred direct­ly to your cook­ware. They are about 84 per­cent effi­cient, more than twice as effi­cient as gas cooktops.

Cost

Pay­ing for the instal­la­tion of a gas stove­top can be expen­sive, par­tic­u­lar­ly if a gas line isn’t already set up in the kitchen. The over­all trend is also that gas itself will become more expen­sive over time. Con­sid­er­ing the over­all inef­fi­cien­cy of gas cook­ing, that may lead to high costs over the life­time of the stove.

Elec­tric cook­tops are the least expen­sive option over­all. How­ev­er, they may also cause high­er ener­gy costs due to the longer cook­ing times required.

Induc­tions stoves are the most expen­sive in terms of up-front costs. The appli­ances are more expen­sive and they require induc­tion-com­pat­i­ble cook­ware. If you only have alu­minum pots and pans, you’ll have to replace them with cook­ware with a suit­able mag­net­ic base.