Many consumers believe that a gas stove with higher firepower is always better. This misconception has led some manufacturers to promote their products based on high flame output and efficiency. However, the reality is that higher firepower often means more gas is consumed per unit of time, making the claim of energy savings questionable.
Through extensive research, gas technology engineers have discovered that the optimal heat flow range for most household built-in gas stoves lies between 3.5KW and 4.0KW. This range ensures sufficient power, high thermal efficiency, stable combustion, and the best balance between performance and fuel use.
When purchasing a gas stove, consumers should look for models with a heat flow (firepower) greater than 2.91KW (the national standard), but not exceeding 4.0KW. The carbon monoxide displacement should be less than 0.05%, ensuring safe and complete combustion. Additionally, the flameout protection device should automatically shut off the gas supply within 60 seconds or less. These specifications define a high-quality, safe, and efficient gas stove.
In today’s market, it's important to focus on real performance rather than just flashy numbers. A well-designed gas stove doesn't need excessive firepower to deliver excellent results. By understanding these technical details, consumers can make informed choices that enhance both safety and energy efficiency in their kitchens.
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