Infographic shows how much time, money and environment rechargeable batteries save compared to alkaline

Gannon Burgett

Gannon Burgett is a communications professional with over a decade of experience in content strategy, editing, marketing, multimedia content creation. He’s photographed and written content seen across hundreds of millions of pageviews. In addition to his communications work for various entities and publications, Gannon also runs his multimedia marketing agency, Ekleptik Media, where he brings his expertise as a full-stack creator to help develop and execute data-driven content strategies. His writing, photos, and videos have appeared in USA Today, Car and Driver, Road & Track, Autoweek, Popular Mechanics, TechCrunch, Gizmodo, Digital Trends, DPReview, PetaPixel, Imaging Resource, Lifewire, Yahoo News, Detroit Free Press, Lansing State Journal, and more.

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As a way to promote their Powerex 2700 mAh AA rechargeable batteries, Maha Energy has shared an interesting infographic detailing how effective rechargeable batteries are compared to their alkaline counterparts.

As a disclaimer, it’s worth noting that the numbers provided in the infographic were derived from testing done by Maha Energy, meaning it wasn’t a third-party doing the testing.

If you can either look past that aspect or trust Maha Energy’s testing, then it serves as a great look into why rechargeable batteries don’t only save time, energy and money, but also the environment by reducing the need to continually dispose of batteries.

According to the chart, rechargeable batteries, on average, are capable of firing roughly twice as many speed light flashes than their alkaline counterparts. Furthermore, rechargeable batteries offer far faster recycling time, especially as time goes on and the battery power dies out.

Maha Energy says photographers waste, on average, 50 lbs of alkaline batteries. This information is based on each alkaline battery weighing 1 oz with 768 batteries per year. If 768 batteries sounds strangely specific, it’s the result of Maha Energy’s assumption that you shoot with a 4-flash system at 24 weddings a year, with each wedding needing approximately 400 flash firings.

You can click on the infographic to view it full size.

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Image credits: Eneloops by pj_vanf used under CC BY


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Gannon Burgett

Gannon Burgett

Gannon Burgett is a communications professional with over a decade of experience in content strategy, editing, marketing, multimedia content creation. He’s photographed and written content seen across hundreds of millions of pageviews. In addition to his communications work for various entities and publications, Gannon also runs his multimedia marketing agency, Ekleptik Media, where he brings his expertise as a full-stack creator to help develop and execute data-driven content strategies. His writing, photos, and videos have appeared in USA Today, Car and Driver, Road & Track, Autoweek, Popular Mechanics, TechCrunch, Gizmodo, Digital Trends, DPReview, PetaPixel, Imaging Resource, Lifewire, Yahoo News, Detroit Free Press, Lansing State Journal, and more.

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