Innovative and optimized charging network FreeWire has just introduced a new AI-enabled platform called Mobilyze Pro that uses predictive algorithms to enable businesses to determine the best place on their property to install EV chargers. With the launch, FreeWire hopes to bridge the gap between the growing number of EVs on roads and the infrastructure required to keep them charged.
FreeWire Technologies is an EV fast charging and energy management solutions company founded in 2014 that has been helping expedite the world’s transition to electric vehicles by developing more efficient charging solutions.
To date, FreeWire has created a lineup of turnkey battery-integrated piles it calls Boost Chargers as well as proprietary management software to help them operate after install using existing low voltage and low-power grid connections while still delivering DC EV charging capabilities.
In December of 2022, FreeWire acquired Mobilyze.ai – a platform that utilizes artificial intelligence to help site hosts strategically install fast-charger stations in order to maximize their return on investment.
Less than a year later, FreeWire Technologies has relaunched the platform under its own umbrella as Mobilyze Pro, which now includes a slew of new assistance tools.
Credit: Freewire Technologies
FreeWire’s AI wants to help install those new EV chargers
According to FreeWire Technologies, over 180,000 public fast charging stations will be required to support 26 million EVs projected to be in operation in the US by 2030. As such, FreeWire believes that gap between EV sales and chargers needed to support them will widen with time if new solutions aren’t introduced.
Add time-consuming factors currently stifling EV charger installs such as permits, installations, and long lead time for utility upgrades to support the higher energy demand, and there is reason for concern. FreeWire has already helped combat this issue with the deployment of its Boost Chargers that will also be rolling out in the EU next and is implemented new technologies to expand the availability of fast charging, like vowing to offer NACS connectors for instance.
With today’s launch of Mobilyze Pro, FreeWire Technologies is putting new, AI-led tools into the hands of business and property owners to help alleviate some of the headaches that come with an EV charger installation project – all while maximizing the site’s profitability.
New tools on Mobilyze Pro include a utilization prediction engine, a tariff recommendation engine, and a profitability calculator – all of which combine information leveraged by AI to dissect public and proprietary data in order to predict the best locations to deploy fast chargers. Here’s how each new tools expertise breaks down:
Utilization prediction engine – Analyzes charging activity data from thousands of existing public charging locations and correlates the data alongside EV travel patterns, demographics, and vehicle ownership to predict daily charging sessions per day at a given location.
Tariff recommendation engine – Allows site hosts to quantify the impact of installing fast charging on their utility bills and identify the best utility tariff for their site.
Profitability calculator – Predict operating costs and cash flow for a given EV charger install.
FreeWire founder and CEO Arcady Sosinov elaborated:
Mobilyze Pro is the most powerful software tool available today to analyze and predict strategic deployments of fast charging infrastructure. The platform uses AI to make highly accurate predictions and optimize project economics, making EV fast charging more ubiquitous and more accessible to the public.
FreeWire states that Mobilyze Pro will become available to potential hosts in the US and four Canadian provinces in Q1 of 2024. The technology company will offer a live product overview at the NACS show in Atlanta on October 3-6.
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There’s an odd irony in utility-scale construction: working for the power company doesn’t always mean you have power. That lack of accessible grid power makes it tough to fully decarbonize some construction sites, no matter how committed they are to reducing emissions. That’s where Hitachi Energy’s new HyFlex hydrogen generator comes in, offering off-grid charging without the harmful emissions of diesel.
Hitachi Energy successfully deployed its first-ever customer HyFlex hydrogen fuel cell (HFC) generator in Rotterdam, Netherlands, where the generator will replace an equivalent diesel generator producing 500-kilovolt-amperes (kVA). In doing so, the HyFlex-powered construction site will save 200,000 gallons of diesel fuel per year, and reduce the company’s carbon-dioxide emissions by ~2,900 tons.
Like an automotive fuel cell, the HyFlex generator delivers electricity and usable heat with almost no noise, and each mWh of power requires about 70 kg of hydrogen (compared to just over 70 gallons of diesel for the same amount, which would produce more than 700 kg of CO₂).
“At Hitachi Energy, we are committed to providing innovative solutions and technologies that inspire the next era of sustainable energy,” explains Marco Berardi Head of Grid & Power Quality Solutions and Service, Hitachi Energy. “We recognize that the entire energy ecosystem needs to move in the same direction. We are proud to have showcased HyFlex in the Netherlands, thanks to a unique collaboration with key industry players.”
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Those industry players include Air Products, one of the world’s largest hydrogen suppliers, Dura Vermeer, a leader in sustainable and innovative construction solutions, and (of course) Hitachi Construction Machinery.
You’re not gonna believe this
Hitachi ZE135 electric excavator; via Hitachi.
Hitachi makes lots of stuff, and lots of different kinds of stuff. One kind of stuff it makes is highly capable construction equipment – just like the Hitachi ZE135 electric excavator. It’s just one of the big, battery-powered heavy equipment assets that’s set to be charged by the HyFlex generator on the Dura Vermeer site in Rotterdam.
The 15-ton Hitachi ZE135 ships with a 298 kWh battery and packs a 160 kW electric motor. The quiet, energy-efficient combination that’s good for up to six hours of continuous operation.
Hitachi plans to have a full zero-emission “ecosystem” on display at the Dura Vermeer pilot site, with plans to deploy similar low carbon ecosystems in noise-and pollution-sensitive areas like hospitals, critical data centers, disaster relief efforts, or shore-to-ship power applications.
No word on what Dura Vermeer paid for their HyFlex.
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General Motors (GM), EVgo, and Pilot Co. just hit a milestone: their joint EV charging network can now be found at more than 200 locations across nearly 40 states. They’ve rolled out almost 850 new fast-charging stalls in just over two years.
Less than a year ago, it spanned 25 states; now it covers almost 40. Some of the newest additions include Colorado, South Carolina, Louisiana, Mississippi, North Dakota, South Dakota, and Wyoming, with big growth across Texas, Missouri, and Florida, including in rural counties, where EV chargers are still scarce.
The chargers are sited at Pilot and Flying J locations, which means drivers can access free Wi-Fi, restaurants, groceries, and convenience items while they charge. The EVgo stalls can deliver up to 350 kW, cutting charging times and quickly getting people back on the road. Many sites include overhead canopies for weather protection and pull-through stalls for trucks, trailers, and vans. Plug and Charge is also available for compatible EVs.
EVgo CEO Badar Khan said the goal is to make highway charging as flexible as the American road trip itself: “Our EVgo eXtend network, built in collaboration with Pilot and GM, is delivering reliable charging to communities large and small – ensuring freedom of fueling choice for every driver.”
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GM is adding more electric models across Chevrolet, GMC, and Cadillac, and it wants its customers to be able to take them wherever they want to go. Wade Sheffer, VP of GM Energy, said, “Through our collaboration with Pilot and EVgo, we’re committed to helping ensure that charging access doesn’t get in the way of your EV journey.”
The three companies announced their collaboration in 2022, with a goal of building up to 2,000 fast-charging stalls at up to 500 Pilot and Flying J locations across the US. They’re nearly halfway there: By the end of 2025, they expect to hit 1,000 stalls across 40 states.
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Harley-Davidson’s electric spin-off brand LiveWire may be gearing up to launch a new model under the name “S4 Honcho,” according to a recent trademark filing with the United States Patent and Trademark Office (USPTO).
The trademark was filed for use on “electric motorcycles and structural parts therefor.” That’s about as vague as it gets, but it’s enough to get the speculation wheels turning, especially since the name “Honcho” feels a little more wild west than LiveWire’s current city-slicker lineup.
LiveWire currently offers two motorcycle platforms: the flagship LiveWire One, and the more affordable S2 line (which just went on supersale), built on a more adaptable platform that currently serves the S2 Del Mar, S2 Mulholland, and S2 Alpinista. The company has already previewed two more models in the works, likely to become the new S3 platform, and so this “S4 Honcho” filing could be our first hint at an entirely new platform. Based on LiveWire’s naming system, an S4 designation would point to a larger, more premium electric motorcycle, potentially even one with touring or adventure capabilities. It also fits with previous indications from LiveWire that an S4 flagship platform could follow in the future.
That fits with the name “Honcho,” which carries an aggressive, take-the-lead kind of vibe. Could this be LiveWire’s entry into the ADV segment? Or perhaps a full-size electric cruiser to win over traditional Harley riders who haven’t yet gone electric? Is it meant to compete with heavier-weight gas motorcycles? Or could it be something else entirely? Such new directions could help expand LiveWire’s currently limited lineup into new categories, especially as more brands enter the commuter and urban e-moto space. But at the same time, LiveWire has struggled to move its already full-sized electric motorcycles, leading many to speculate that its best chance of short-term success could lie in the upcoming smaller format and more affordable S3 line.
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Of course, it’s worth noting that companies often file trademarks for names that never see the light of day, or that take many years to eventually work their way to production. Filing for trademarks early is a common industry tactic to secure intellectual property, even if a product isn’t finalized yet – or might not be built at all. Still, the fact that LiveWire has applied for the S4 Honcho trademark suggests this is more than a back-of-the-napkin idea.
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