UCLA is expected to have the first wireless charging roadway in California following a $19.85 million state grant in support of the university’s electric projects. The anticipated three-quarters of a mile road will be embedded with chargers under the pavement to wirelessly send power to the vehicle. The inductive charger is expected to provide buses with power while they're on route, allowing them to run longer each day and improving services for riders. Although the pilot installations cost more, the new charges will be cost-competitive to standard EV chargers. Currently, only around half of the vehicles for BruinBus, a transit agency transporting both students and the public around the Westwood area, are electric. The project also includes a new transit hub between the UCLA bus depot and the planned UCLA/Westwood station. The extension to the Metro D Line Station will be the first direct rail connection from downtown Los Angeles to Beverly Hills, Century City and Westwood. The project is expected to be completed within the next four years as UCLA is hosting the Athletes’ Village during the 2028 Olympics. UCLA has partnered with Electreon, a wireless charging company, and the nonprofit Calstart to carry out their electric projects. To save energy & cost for your business, contact me at https://buff.ly/2EjAMbu. #Reliability #EnergyStorage #EnergyEfficiency #Renewables #EnergyAudit #Procurement #Resilience
Jeff Dowdell, PE, CEM’s Post
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Take advantage of this insightful article from School Transportation News! Voltera's own Matt Curwood, Senior Director of Bus Operations, delves into the critical steps needed to prepare for the transition to electric school buses, from understanding the necessary charging infrastructure to securing funding and training personnel. Please reach out if you're interested in partnering with Voltera to achieve your sustainability goals by transitioning your school bus fleet to EVs! #BusElectrification #SustainableTransportation
EV Business Development Executive – Leadership | Advisor | Business Growth | Operational Delivery | Government Relations
I am excited to share that my latest blog post has been published on School Transportation News (STN)! In this article, I explore the critical need for school districts to plan for EV infrastructure as we strive towards a zero-emission future. I delve into the challenges around costs, project timing, and ensuring that the design and charging solutions implemented are the right fit for your fleet needs. Additionally, I provide some best practices to help tackle these challenges and ensure a smooth transition to electric buses. As someone deeply passionate about creating a zero-emission future, I hope this article provides valuable insights and sparks meaningful discussions within our community. I invite you all to read the blog and share your thoughts! Let’s continue to collaborate and innovate for the betterment of zero-emission school transportation. #SchoolTransportation #Innovation #EVInfrastructure #ZeroEmission #Education #STN #Voltera #FleetElectrification
Preparing for Electric School Bus Infrastructure
https://stnonline.com
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Sustainable and modern student transportation, along with that -- feeding the grid!
The country’s biggest electric school bus fleet in Oakland is not only transporting kids but also feeding the grid! Zūm is pioneering the concept of using electric school bus fleets as grid batteries. With a 74-bus depot, we are leading the way on bringing this innovative idea at scale. A big shoutout to Canary Media Inc. and Jeff St. John for their detailed article on this groundbreaking project. Check out the insightful article here: https://lnkd.in/gWue3aRn
The country’s biggest electric school-bus fleet will also feed the…
canarymedia.com
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What if we converted every school bus depot into a zero-emission peaker plant? 🔋 ⚡ 🚌 "California’s roughly 25,000 school buses could provide more than a gigawatt of electricity if converted to battery power, according to the California Energy Commission." #schoolbus #virtualpowerplants #electricvehicles #transportation #mobility #sustainability #cleanenergy https://lnkd.in/gqNT77Mk
The country’s biggest electric school-bus fleet will also feed the…
canarymedia.com
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Yay Oakland! While recent CA solar regulations have dimmed prospects for school solar projects, Oakland is piloting an innovative alternative: V2G electric buses.Let's get this pilot out to all our schools and revisit how schools use their own solar power. They need the income! 💰🚌⚡️ Key points: • 🔋 E-buses pack 100-300 kWh batteries ( an average house uses 25kWh all day) • 🌞 Busses are idle during peak summer months • 🔌 Can potentially feed power back to grid Benefits: •New revenue stream for schools since new rules dramatically lowered the capital reward of solar panels •Grid stability during high-demand •Reduced emissions Could this be a win-win-win for schools, residents and utilities ? #V2G #CleanEnergy #SchoolInnovation Thoughts? This version alludes to the solar panel issues while focusing on the potential of V2G buses, maintaining a balanced tone. Let me know if you'd like any adjustments!
Big batteries on wheels that can balance the grid. Too good to be true? Well, they already exist. They're called electric school buses. Zūm, a company providing EV school buses, will partner with Oakland Unified School District to start selling power stored in batteries back to the California utility grid when the buses are not in use. They will first use 74 EV buses to put power back into the grid, totaling 2.1 gigawatt-hours of energy annually. EV school buses are perfect additions to virtual power plants. Read the story here: https://lnkd.in/gxBJZnH4
A half-million school buses across US could become EV battery powerhouse feeding energy back onto the grid
cnbc.com
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In many instances, schools or operators, underestimate the cost and value of infrastructure. This can lead to a less than optimal deployment that can result in significant additional costs as the electric fleet expands. With our First Charge technology from First Student, we can offer a cost effective solution that can easily expand as required. Our unique design eliminates the most cost prohibitive elements of an infrastructure deployment with a customized design specific to your needs. Given the budgetary constraints and reduced funding many school experience, a First Charge deployment can result in significant savings that can be applied to other areas of student education.
🔌⚡ We are excited to announce the launch of a first-of-its-kind electric vehicle charging solution, First Charge. First Charge is an above-ground, trenchless charging infrastructure solution that enables a more efficient deployment of electric vehicles. 🔋 🚌 First Charge is designed to simplify the electrification process for all school districts, eliminating the need for time-intensive and cost-prohibitive trenching, even in cold weather climates. First Charge is also capable of supporting other last mile services for medium and heavy-duty electric vehicles such as dump trucks, garbage trucks and even postal/delivery vehicles. “Over and over again, school districts tell us they have had to abandon rebates and funds available to them because charging infrastructure was too costly, complex or time intensive,” First Student's Head of Electrification Kevin Matthews said. “We designed First Charge to solve that problem. It is the first truly drop-and-go infrastructure solution. First Charge allows districts to spend their time and money on operations, student safety and other essential tasks while staying compliant with state or federal electrification mandates. It also rapidly advances electrification to take advantage of the health and safety benefits that electric school buses provide to students and communities.” Read the full release on our website: https://lnkd.in/gmbBcZET
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The biggest challenge school districts face as they deploy battery-electric buses is figuring out how to distribute energy throughout their existing bus yard without breaking the bank. We use an above ground infrastructure solution and so can you! First Charge was developed to provide a flexible, low cost means to reliably power our growing fleet of electric school buses. This non-permanent approach to EV infrastructure can help your district save time and money.
🔌⚡ We are excited to announce the launch of a first-of-its-kind electric vehicle charging solution, First Charge. First Charge is an above-ground, trenchless charging infrastructure solution that enables a more efficient deployment of electric vehicles. 🔋 🚌 First Charge is designed to simplify the electrification process for all school districts, eliminating the need for time-intensive and cost-prohibitive trenching, even in cold weather climates. First Charge is also capable of supporting other last mile services for medium and heavy-duty electric vehicles such as dump trucks, garbage trucks and even postal/delivery vehicles. “Over and over again, school districts tell us they have had to abandon rebates and funds available to them because charging infrastructure was too costly, complex or time intensive,” First Student's Head of Electrification Kevin Matthews said. “We designed First Charge to solve that problem. It is the first truly drop-and-go infrastructure solution. First Charge allows districts to spend their time and money on operations, student safety and other essential tasks while staying compliant with state or federal electrification mandates. It also rapidly advances electrification to take advantage of the health and safety benefits that electric school buses provide to students and communities.” Read the full release on our website: https://lnkd.in/gmbBcZET
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https://lnkd.in/eczjaR5a 300 GWh of Energy just from school buses (10 000) Zum has set a goal of electrifying 10,000 bidirectional school buses, which will create the potential to supply 300 gigawatt-hours of energy to the power grids annually. In addition, Zum is electrifying school buses in its fleet in districts across the country, with San Francisco Unified and Los Angeles Unified — which are three and six times the size of Zum’s Oakland school bus fleet, respectively — to soon follow.
Zum Launches All-Electric, V2G-Capable Fleet in California District [Updated]
schoolbusfleet.com
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Vauxhall Motors Ltd launched some startling results from its Electric Streets of Britain campaign today, highlighting that only 2.3% of the UK's on-street charging infrastructure is designed with accessibility in mind. The EV SUMMIT 2024 will focus on the barriers surrounding the UK's charging infrastructure, and how we can overcome them. As a panel partner, Vauxhall will be integral to this conversation. Join the conversation, and work towards an equitable EV future, at the EV SUMMIT 👉 https://www.evsummit.biz/ Find out more through the ElectricDrives write-up down below 👇 #EVSUMMIT | #ElectricVehicles | #EV | #Emobility | #Sustainability | #ElectricDrives | #NetZero | #Charging | #EVCharging
Vauxhall research uncovers serious lack of accessible charging infrastructure on UK streets
https://electricdrives.tv
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V2G/V2H technology is one of the coolest advancements in transportation in recent years. As more passenger V2G/V2H vehicles come on to the market, EV owners will enjoy the added bonus of a built-in backup generator when they plug their cars in at the end of the day. Blizzard came through and knocked out your power? No problem, your EV will keep the heat in your house pumping until your local utility gets it up and running again. This will be huge for rural communities up north! #V2G #V2H #V2X
School buses are becoming grid assets! These Oakland Unified electric school buses feature batteries that discharge energy back to the grid during peak demand, stabilizing infrastructure and reducing reliance on fossil fuels. https://bit.ly/4dKyq45
These Electric School Buses Are on Their Way to Save the Grid
wired.com
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