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Electric Vehicles

How E-Bikes Became the Coolest Thing on the Road

Just look at these beauties.

An e-bike in a city.
Heatmap Illustration/Getty Images, CAKE

When I lived in New York, I regarded the electric bike as something of a pest. Not quite bicycle, not quite motor vehicle, a misfit mode of transport welcome neither in the bike lane nor in the street. To be sure, I benefited, in the form of fresh meals ferried to my stoop, from the intrepid delivery people racing up and down the boroughs on battery-powered bikes. But as a cyclist sharing the road with them, I’m ashamed to say they often brought out my inner Ratso Rizzo.

I no longer live in New York, and now (no correlation) regard e-bikes as something brighter: a thrilling forum for industrial design, a catalyst for innovative urban planning, and a preview of what an enlightened future of mobility will look, feel, and sound like. How did I get here? Truth be told, this late-blooming love affair was less a factor of technology than the increasingly magnetic lifestyle and aesthetic that accompanies this brave new way to get from here to there.

Before e-bikes conquered my heart, they colonized my feeds. Often appearing in the form of irresistibly smooth renderings, they surfaced on blogs, like Uncrate and SearchSystem, that fetishize functional design objects. Parked beside other recurring talismans of life optimization — waterproof garments, modular furniture, smart watches, probiotics — electric bikes, mopeds, scooters, and motorcycles appeared as emissaries from a frictionless, emissions-free future.

The Spacebar, by Indonesian design studio Katalis, was my first crush, with its Brompton-esque foldability and flat surfaces serving “hard-drive on wheels.”

Spacebar.Courtesy Katalis

Engineered to skate silently through the crowded streets of Jakarta, it seemed the consummate creature of the city. But it wasn’t until a visit to the Petersen Automotive Museum in Los Angeles that an e-bike properly won my heart. For that, I had to see these devices as traceless vessels into nature. I had to see Cake.

Cake Makka.Courtesy of Cake

Breezing by million-dollar hypercars, I paused at a display of electric mopeds by this curiously named Swedish brand. There is nothing confectionery about Cake. Its mainline option is bluish gray, while fatigue green suits its “Electric Bush Bikes,” designed for rangers to silently stalk poachers in African conservation areas.

Courtesy of Cake

Surrounded by this supercharged collection, these Swedish bikes were a Greta-worthy rebuke to the petroleum thirst of their American automotive neighbors.

A Swede also designed what might be America’s most interesting electric ride: the Haul ST by Globe. Erik Nohlin is the leader of design at this Specialized sub-brand, which began in the 1990s, faded, returned in 2010, and was resurrected once more in 2023 to respond to rising demand for e-bikes.

Haul STCourtesy of Specialized

If the success of the Haul ST is any indication, Globe is back for good. Launched in March, it has a low-step aluminum silhouette, BMX-style handlebars, 60-mile range, 28-mph cap, and, true to its name, an impressive payload capacity of 419 lbs. Stylistically, the most distinctive feature is the set of four hard-shell panniers, which I picture outfitting with featherlight camping gear for a multi-day tour through the countryside. And that’s just what Nohlin had in mind.

Still, the most practical application of e-bikes is urban, where distances are shorter and pollution is concentrated. One 2020 study showed that if e-bikes replaced cars in just 15 percent of urban miles, emissions would drop by 12 percent. To get there, bold new infrastructure, of the kind installed by historically bike-friendly cities like Copenhagen, Amsterdam, and Portland, will be necessary to protect riders and avoid conflict with drivers and cyclists.

As with any new technology, there are externalities to this quiet transport revolution. For one, e-bikes are more prone to failure, and therefore obsolescence, than traditional bicycles. Also vexing is the environmental cost of manufacturing the bikes, and mining the resources (namely copper) required to produce batteries, the engines of our clean energy transition. There’s also the risk of fire associated with the batteries, as The New York Times recently reported.

But standards and regulation always follow frontier technologies at a distance. The first (primitive) cars hit the roads in the late 1800s, for example, but it wasn’t until the late 1960s that seatbelts were legally mandated in the US. If the quality of design emerging from the e-bike industry is any indication, some of the brightest minds in mobility are on the case, and it’s only a matter of time before these vehicles meet their true promise of safety and sustainability.

I say, let a thousand e-bikes bloom.

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Spotlight

Washington Wants Data Centers to Bring Their Own Clean Energy

The state is poised to join a chorus of states with BYO energy policies.

Washington State and a data center.
Heatmap Illustration/Getty Images

With the backlash to data center development growing around the country, some states are launching a preemptive strike to shield residents from higher energy costs and environmental impacts.

A bill wending through the Washington State legislature would require data centers to pick up the tab for all of the costs associated with connecting them to the grid. It echoes laws passed in Oregon and Minnesota last year, and others currently under consideration in Florida, Georgia, Illinois, and Delaware.

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Hotspots

Michigan’s Data Center Bans Are Getting Longer

Plus more of the week’s top fights in renewable energy.

The United States.
Heatmap Illustration/Getty Images

1. Kent County, Michigan — Yet another Michigan municipality has banned data centers — for the second time in just a few months.

  • Solon Township, a rural community north of Grand Rapids, passed a six-month moratorium on Monday after residents learned that a consulting agency that works with data center developers was scouting sites in the area. The decision extended a previous 90-day ban.
  • Solon is at least the tenth township in Michigan to enact a moratorium on data center development in the past three months. The state has seen a surge in development since Governor Gretchen Whitmer signed a law exempting data centers from sales and use taxes last April, and a number of projects — such as the 1,400-megawatt, $7 billion behemoth planned by Oracle and OpenAI in Washtenaw County — have become local political flashpoints.
  • Some communities have passed moratoria on data center development even without receiving any interest from developers. In Romeo, for instance, residents urged the village’s board of trustees to pass a moratorium after a project was proposed for neighboring Washington Township. The board assented and passed a one-year moratorium in late January.

2. Pima County, Arizona — Opposition groups submitted twice the required number of signatures in a petition to put a rezoning proposal for a $3.6 billion data center project on the ballot in November.

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Q&A

Could Blocking Data Centers Raise Electricity Prices?

A conversation with Advanced Energy United’s Trish Demeter about a new report with Synapse Energy Economics.

Trish Demeter.
Heatmap Illustration

This week’s conversation is with Trish Demeter, a senior managing director at Advanced Energy United, a national trade group representing energy and transportation businesses. I spoke with Demeter about the group’s new report, produced by Synapse Energy Economics, which found that failing to address local moratoria and restrictive siting ordinances in Indiana could hinder efforts to reduce electricity prices in the state. Given Indiana is one of the fastest growing hubs for data center development, I wanted to talk about what policymakers could do to address this problem — and what it could mean for the rest of the country. Our conversation was edited for length and clarity.

Can you walk readers through what you found in your report on energy development in Indiana?

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