Is it necessary to turn on Tesla's temperature retention?
3 Answers
Tesla's temperature retention is necessary to turn on. Function of air conditioning temperature retention: The air conditioning temperature protection serves to prevent frost formation on the surface of the evaporator. The air conditioning control system uses an evaporator temperature sensor with negative temperature characteristics to detect the surface temperature of the evaporator. When the temperature of the evaporator is below 2 degrees, the air conditioning control system automatically shuts off the compressor. When the temperature of the evaporator rises above 5 degrees, it automatically restarts the compressor. Introduction to Tesla: Tesla is an American electric vehicle and energy company that manufactures and sells electric vehicles, solar panels, and energy storage devices. Headquartered in Palo Alto, it was founded on July 1, 2003, by Martin Eberhard and Marc Tarpenning. The founders named the company "Tesla Motors" in honor of the physicist Nikola Tesla.
As a relatively new Tesla owner, I'd like to share my experience regarding whether to enable the climate keeper feature. During freezing winters when parked outdoors, I proactively activate this function via the app to preheat the cabin. The benefits are tangible: no shivering upon entry, warm seats, and minimized windshield frost/fog - saving considerable time. However, it continuously drains battery power at approximately 1%-3% per hour. Frequent use noticeably impacts total range. In moderate summer temperatures, I typically leave it off as cabin conditions remain stable. Environmentally, if grid electricity comes from coal plants, overuse may indirectly increase carbon emissions. My recommendation is to activate only when truly needed - like frigid mornings or urgent departures. Long-term, Tesla's intelligent battery protection minimizes health impacts, but we should use energy judiciously rather than waste it for marginal comfort gains.
As an environmentally conscious individual, my perspective on Tesla's climate control feature is that it's unnecessary to use frequently unless under special circumstances. While it indeed provides comfort—preventing the interior from freezing in winter or becoming stuffy in summer—it is inherently a significant energy consumer. The hourly power consumption is equivalent to charging a smartphone multiple times. If sourced from a home charging station, it may slightly increase electricity bills; using external chargers incurs even higher costs. In daily observations, I've noticed many people mindlessly activate it, leading to reduced vehicle range and no environmental benefits. From an energy-saving standpoint, Tesla's design is excellent—short-term use is harmless, but prolonged or excessive usage increases grid load. My principle is to only briefly enable it when anticipating extreme weather, such as before heavy snowfall or when transporting elderly or children. Additional points include its remote controllability, allowing flexible adjustments to minimize waste. In summary, it's a convenient tool, but we must be wise users.
