Smart Bulbs: Do They Cost More to Operate Than LEDs?

We may receive a commission on purchases made from links.

Smart bulbs have surged in popularity over the past few years, and it’s easy to understand why. They are incredibly user-friendly, function as promised, and provide a seamless entry into the realm of smart home automation. There’s also a certain enjoyment in commanding your lights with phrases like “turn the lights off,” making your home feel more futuristic.

These innovative bulbs contain advanced technology, leading many consumers to question whether they consume more energy than typical LED bulbs. Since smart bulbs include additional components to connect with your smartphone or Wi-Fi, does this convenience come with higher energy costs?

Do Smart Bulbs Consume More Energy Compared to Standard LED Bulbs?

Yes, smart bulbs do consume slightly more energy than standard LED bulbs. Both types of bulbs use similar amounts of energy when they illuminate a space, but standard LEDs do not draw any power when switched off. In contrast, smart bulbs require a small amount of power even when not actively in use to maintain their connection to Wi-Fi or a hub.

A 2019 study published in ScienceDirect revealed that when users turn off a smart LED bulb via a mobile device, the bulb stops emitting light but continues to consume power. Among the 30 smart LED bulbs evaluated, 21 exhibited standby power usage levels below 0.5 watts, which complies with the standards established by the Energy Star program.

How Much Additional Energy Do Smart Bulbs Use?

Smart bulbs draw minimal electricity while in standby mode. This consumption varies by manufacturer and model. For instance, devices like the TP-Link Tapo are reported to use approximately 0.2 watts in standby, while Philips Hue claims that most of its newer products consume less than 0.5 watts in standby mode.

The standby power consumption of a single smart bulb could increase your annual energy bill by about $0.35 to $1.30, depending on your local utility rates. For many consumers, this slight increase in energy use will be inconsequential and will not hinder the adoption of smart bulbs.

The US Department of Energy estimates that devices left in standby mode account for roughly 5 to 10 percent of a household’s total electricity consumption. Major culprits of standby power usage include appliances like microwaves, televisions, routers, and computers.

Can You Achieve Long-Term Savings with Smart Bulbs?

Definitely. The extra power consumption of a smart bulb is so minimal that the various advantages it offers can easily outweigh the costs. One key feature of smart bulbs is the ability to control them remotely through an app or smart assistant. users can set schedules for when lights turn on and off. Together, these features can significantly reduce the duration that the bulb remains active. Many models also support dimming, which further decreases energy usage.

Are There Other Hidden Costs Associated with Smart Bulbs?

There is one notable cost to consider, and it is not hidden: the initial price of the bulbs themselves. Smart bulbs are generally more expensive to purchase than standard bulbs. Traditional LED bulbs typically range from $1.50 to $4 each, with combo packs offering even better value. In contrast, smart bulbs start around $6, as seen with IKEA’s latest options, and can cost up to $90. the average price for smart bulbs generally falls between $8 and $15 each. Purchasing combo packs can help mitigate these costs.

Do Smart Bulbs Have a Longer Lifespan than Traditional LEDs?

Not necessarily, but the situation is nuanced. Smart bulbs usually have a slightly shorter lifespan compared to standard LED bulbs. This difference arises mainly from the additional components found in smart bulbs, which may wear down over time. On average, traditional LEDs can last between 20 to 40 years, while smart LED bulbs typically last between 15 to 25 years.

The nature of smart technology can balance out this aspect. While smart bulbs may not outlast traditional bulbs in terms of years, their enhanced control features can lead to more efficient usage habits, ultimately resulting in cost savings over time.