Ecoteplo Ceramic Panels with Convection, 1500 W

Why do you need a powerful heater?

A powerful 1500 W ceramic heater: what is it and how to choose one? To understand why a powerful heater is needed in our home, let's use the ECOTEPLO LION 1500 ceramic heater as an example.

"Ceramic heater" is a device for heating rooms that combines two heating methods:

Infrared heating is when IR rays heat the objects in the room. These objects then heat the air. In this case, the heating element is durable and reliable porcelain stoneware. It is scratch-resistant, has excellent heat-storage properties, and comes in a range of colors that will fit perfectly into any interior.

Convection heating is a type of heating where the temperature rises through air circulation. If you are trying to decide between additional or primary heating, buying a ceramic heater (bio-convector) is the best option. But only if convection is present. Otherwise, the heating effect will be minimal.

This means that an electric radiator is practical and cost-effective. After all, with quality heating, it consumes a minimal amount of electricity. However, before you buy an electric heater, it's worth understanding exactly what requirements it should meet.

What size should an infrared heater be, what design, and most importantly - what power?

Heating panels come in various power ratings, from 0.3 to 1.5 kW/h.  Models rated at 1.5 kW/h are considered powerful.  But manufacturers don't go higher, because there would no longer be a logical savings - on the contrary, power higher than 1500 W would over-dry the air.

The choice of heater depends on the floor area, ceiling height, room type, etc. That's why it's very important to get individual advice on this from a specialist first, rather than an "armchair critic". A powerful electric BIO convector has an advantage over ordinary ones because: buying an electric convector with higher power is more cost-effective than several lower-power heaters; not every room can fit several heaters.

For example, in an apartment with a lot of furniture, it's more practical to install one heater than three low-power ones; the heating speed of a powerful heater is much higher than that of low-power ones. In other words, if you want to buy a heater for heating a large room, you should pay attention to its specifications, primarily its power.

The best powerful heater option on the Ukrainian market is the Ecoteplo Lion 1500 ME Royal Marble. Customers who have already used this device call it a true heating powerhouse. This device can effectively heat a room of up to 30 m2, while consuming no more than 15 kWh per day.

Our ceramic heaters have a built-in thermostat that coordinates the heater's operation and maintains the set temperature.

Bio-convector operating modes: TURBO - maximum air heating. Usually used when the outdoor temperature is below zero. Does not over-dry the air and quickly heats the room. Power 1500 W per hour, both the ceramic plate and two heating elements operate. Consumes no more than 18 kWh per day.

ECO mode - used when it's up to +5 degrees outside. This mode will heat a room of 30 m2 while consuming up to 6 kWh per day.

Placement options: stationary wall mounting; on the floor using casters. This device will fit perfectly into any interior.

This model is available in the following colors: white; white marble; grey loft; royal marble.

This device is suitable for primary heating of apartments, private houses, offices, shops, and other rooms. It has a wide adjustment range, which allows for effective room heating while also saving on electricity. So if you are looking for a quality powerful heater, contact an Ecoteplo company manager at 050-85-67-999 or 096-85-67-999, who will help you choose the right model according to your room's area, interior, and other characteristics.

Make the warmth in your home quality and cost-effective!

How much does it cost to heat a room up to 30 m2?

The Lion and Terra 1500 line models in this category have a power of 1500 W - for rooms up to 30 m2.

Consumption calculation: 1.5 kW x 10 hours of operation per day = approximately 15 kWh. This is an approximate maximum - in practice, the thermostat switches off the heating element as soon as the room reaches the set temperature, so actual consumption is lower.