Comprehensive Guide to Electric Vehicle Charging at UCLA

UCLA is committed to environmentally responsible practices, including supporting the growing community of electric vehicle (EV) drivers. This article provides a detailed overview of EV charging options available at UCLA, including how to use the charging stations, the different charging levels, and important information for both university affiliates and visitors.

Charging Your EV at UCLA: A Step-by-Step Guide

Navigating the EV charging landscape at UCLA is straightforward. Here’s a breakdown of the process:

Step 1: Obtain the Necessary Permit

UCLA Affiliates: If you are affiliated with UCLA, start by acquiring a permit through the Bruin ePermit Portal.
1. Visit the Bruin ePermit Portal.
2. Log in or create a guest account.
3. Select the appropriate parking facility.
4. Complete the payment process.
Visitors: Visitors have the option to purchase a daily permit at pay stations conveniently located across the campus or by using the ParkMobile app.

Step 2: Initiate Your Charging Session

Since charging costs are typically included in the permit fee, you can proceed to park your EV and commence the charging session without delay. For Level 1 chargers, remember to bring your own charging cord. If you need guidance on securing your cord, UCLA provides an instructional video for your reference.

Understanding Charging Levels

UCLA offers different levels of charging to accommodate various EV models and charging needs:

Level 1 Charging: Level 1 chargers utilize a standard 120 V AC plug. This is the slowest charging option, providing approximately two to five miles of range per hour of charging. It's important to note that users of Level 1 chargers must supply their own charging cords.
Level 2 Charging: Level 2 chargers operate at 240 V, significantly increasing the charging speed. You can expect to gain between 10 and 20 miles of range per hour of charging with Level 2.
Level 3 Charging: Level 3 chargers, also known as DC fast chargers, use a 480 V AC connection. These chargers offer the fastest charging speeds, potentially delivering 60 to 80 miles of range in just 20 minutes. However, it's worth noting that plug-in hybrid electric vehicles may not always be compatible with fast charging. Level 3 chargers are available by the hour, are operated by EVgo for an additional fee, and can deliver 60 to 80 miles of range in 20 minutes of charging through a 480 V AC. For more information, please visit EVgo.com.

Important Note: Charging times are influenced by several factors, including the battery type, its current state of charge, and its overall capacity. All-electric vehicles generally have larger battery capacities than plug-in hybrids, resulting in longer charging times when starting from a fully depleted state.

University vs. Public Access Charging Stations

UCLA distinguishes between charging stations designated for university vehicles and those available for public use:

University Vehicle Charging Stations: These stations are exclusively reserved for university-owned vehicles. They are available seven days a week, including university holidays. A valid permit is always required to use these stations.
Public Access Charging Stations: These stations are available for use by students, staff, faculty, and visitors who have a valid parking permit or pay the hourly rate.

Addressing Charger Issues

In the event that you encounter any problems with a charger, UCLA provides a straightforward process for reporting the issue. Simply fill out the EV Maintenance Request Form to alert the appropriate personnel.

UCLA's Commitment to Sustainable Transportation

UCLA Transportation is dedicated to supporting the campus community by offering safe and accessible mobility options while minimizing environmental impact. The availability of EV charging stations is a key component of this commitment. To further enhance the experience for EV users, a complimentary tire inflation station is located on the roof of Parking Structure 8 in the northwest corner. Electric vehicle charging is available on a first come first serve basis for customers to “top off” their vehicle charging.

WinSmartGridTM Technology: UCLA's Innovation for Smart EV Charging

UCLA is at the forefront of developing innovative solutions for integrating EVs into the smart grid. The university's WinSmartGridTM technology is a platform designed to:

Connect to EV electric power sensors, GPS chips, and other EV data sources.
Control and utilize wireless networks for communication.
Facilitate data filtration, aggregation, and messaging.
Provide a portal for data integration and decision-making.

This technology is being used to develop a scalable and robust architecture utilizing wireless and RF-monitoring and control technologies that allows smart vehicle and energy storage and consumption management for vehicles in home or in the office.

Read also: Navigating Tech Breadth at UCLA

Grid Balancing: WinSmartGridTM enables grid management and prediction of peak and off-peak hours to store excess capacity or handle demands for large numbers of EVs charging efficiently, economically, and safely.

UCLA-WINRFIDTM Technology: This technology employs RFID tags and readers on EVs and charging stations to track and identify usage and preference information for each EV.

The objective of this project is to reduce energy cost and usage and to increase the stability of local power system by managing the charging operations of the EVs. In this project, EV usage information and electric grid status will be collected wirelessly to determine better efficient and economic charging operation of the EVs. Due to different grid stability/reliability, geographical location of the EVs and driving patterns of the EVs, effective management of charging and backfill operations may be used to lower electricity rates and flatten electric load curve. Each EV will be equipped with a handheld device to allow the driver to receive instructions or seek advice to better manage his/her EV's battery charging/backfill process. For example, an alert can be issued to the driver when the battery capacity is below a threshold level. The alert can include a list of near-by charging station's location, distance, current and projected energy cost based on the time of the day and use an intelligent cloud-computing the driver the optimum course of action.

The batteries on the EVs when not in driving status can also be collectively used to serve as the energy storage which can backfill into the local electric grid to prevent power outage during peak demand. In this scenario, an alert is issued to the driver when a predicted instability in the grid is detected. The alert can instruct the driver to bring the vehicle to the appropriate charging station to serve as backfill battery. Existing EVs and charging stations usage patterns will be studied to determine the appropriate sensors and wireless communication modules to be installed. Communication and alerting systems will be implemented by integrating WINSmartGridTM with our local utility's Advanced Metering Infrastructure (AMI) and the Demand Respond project.

Safety and Security

UCLA prioritizes the safety and security of its community members. Blue light emergency call boxes are strategically located in all parking facilities and across campus. Activating the emergency button instantly connects the caller to the UCLA Police Department and transmits their precise location. It is advisable to walk with others on- and off-campus. UCLA Transportation is not liable for any personal damages or losses.

Read also: Understanding UCLA Counselors

The Broader Context: California's Leadership in EV Innovation

California is a hub of automotive innovation and a significant EV market. The state's demanding consumers and creative designers have fostered an environment ripe with ideas, leading to groundbreaking developments like Tesla and Fisker. Integrating these innovations into the smart grid is a critical challenge, and UCLA is actively contributing to this effort through its research and development initiatives.

UCLA's Research and Planning for Transportation Electrification

UCLA's Luskin Center for Innovation (LCI) is actively involved in research and planning studies to support the widespread adoption of electric vehicles. Their work encompasses various aspects of transportation electrification, including:

Infrastructure Planning: LCI researchers collaborate with organizations like the Los Angeles County Energy and Environmental Services to develop blueprints for transportation electrification. This includes estimating the energy demands of electric transit buses, heavy-duty drayage trucks, and commuter vehicles at workplaces to meet established goals.
Addressing Barriers to Adoption: LCI conducts studies to identify and address barriers to EV adoption, particularly for residents of apartments and multi-unit dwellings who may have limited access to convenient charging options.
Analyzing the Impact of Charging Infrastructure Investment: Research identifies residential and workplace areas in Southern California where investing in charging infrastructure can spur EV adoption, ultimately helping to reduce carbon emissions and local air pollution.
Evaluating Pilot Programs: The researchers evaluated a multi-unit dwelling-focused fast charging pilot program developed by EVgo, America’s largest public network of EV fast chargers. The study found that apartment and condo dwellers plug in their cars at fast chargers more frequently and closer to home than their non-multi-unit dwelling resident counterparts.

These research efforts provide valuable insights for policymakers and stakeholders as they work to promote the transition to electric vehicles and create a more sustainable transportation system.

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