Lowrider Meets Electric: LA’s 1957 Bel EV

Current LA’s ‘57 Bel EV

A classic lowrider icon receives an electric heart from within the bustling city of Los Angeles. Brian C. Dilley’s brainchild, Current Electric Vehicles LA, has taken a monumental leap, transforming a 1957 Chevrolet Bel Air into a Bel EV!

At the helm of this evolution is Brian C. Dilley and his team at Current Electric Vehicles, a visionary team who melds the allure of classic cars with sustainability in the new EV era. Their mission is simple: repurpose the past for the future without betraying the soul of an automotive icon.

Brian’s journey into EV conversions started not with a schematic or a blueprint but with an idea from his daughter. The family’s 1957 Bel Air would not be merely preserved; it should be transformed, electrified, and ushered into a new era. Work began in early 2022 and the Current Electric Vehicles’ story began.

At first glance, the ‘57 Chevy retains its classic silhouette, but lifting the hood and trunk reveals the core of the transformation. The Chevy’s beating heart—a custom-built battery box—was retrofitted to house 65 kWh of electric energy, distributed with 25 kWh in the front of the vehicle and 40 kWh in the trunk. NMC VDA 355 modules rest securely upon liquid-cooling plates, all shielded within a stainless-steel cocoon. Together, they deliver up to 125 miles on a single charge, monitored by the Orion BMS 2, ensuring efficiency and safety coalesce seamlessly.

This iconic ‘57 embodies Current Electric Vehicles’ philosophy: classic aesthetics, modern functionality, and sustainable innovation.

Safety is paramount in such an overhaul. Battery modules are encased within a stainless steel, impact-resistant enclosure. The cooling system—a vital feature for any high-performing EV—is a bespoke twin split cooling loop safeguarding both motor and battery packs against the rigors of performance and climate.

This custom-built battery set up feeds a CM200 inverter paired with the Cascadia Motion SS-255-115 motor. They were chosen for their reliability and power output. The result? A Bel Air that quietly boasts 300 horsepower/224 kW and 370 ft-lbs of instantaneous torque.

Inside, the vehicle whispers of a time past with an in-house installed period-correct interior, the tactile experience of retrimmed seats by Ciadella, and the visual authenticity of a 1959 Impala steering wheel. Yet, this classic ensemble harmoniously shares the cabin with modern accouterments—a Current LA digital dash display and LED indicator lights for system statuses. Meanwhile, the original column shift stands proudly, now enhanced with a custom detent actuator for seamless gear transitions.

Taking to the streets, the Bel Air’s ride quality benefits from a modern air suspension system provided by RideTech, adjustable to the driver’s preference.

Within the cabin, layers of Dynamat noise-dampening materials insulate the interior, establishing a quiet sanctuary from the bustling city outside. Current Electric Vehicles did not overlook the aural experience. The sound system, a 6:1 array featuring Infinity speakers managed by a Pioneer head unit, delivers concert-quality acoustics.

Rolling on Tradition

Taking to the streets, the Bel Air’s ride quality benefits from a modern air suspension system provided by RideTech, adjustable to the driver’s preference. No custom vehicle is complete without the perfect set of wheels and tires. This Chevy rides on 17-inch Truespoke straight lace wire wheels, with stopping power provided by Wilwood disc brakes—a nod to the vehicle’s performance-oriented spirit. The crowning glory, its Matador Red paint, has been meticulously preserved, with the vehicle’s exterior and interior restoration handled by experts to match the original 1957 specifications. The attention to detail extends to the interior fittings—a 1959 Impala steering wheel and a digital dash display, bringing together the past and present in a single glance.

This iconic ‘57 embodies Current Electric Vehicles’ philosophy: classic aesthetics, modern functionality, and sustainable innovation. This Bel Air, a symbol of electric conversion potential, invites enthusiasts and skeptics alike to witness the power and beauty of EV technology melded with classic design. The question isn’t whether classics, including lowriders, can adapt to the new era of electric mobility. Instead, it’s about how we celebrate the past by empowering it with the technology of tomorrow, and Current Electric Vehicles LA is leading the charge.

SPECS

owner

Brian C. Dilley / Current Electric Vehicles LA
Location: Los Angeles, CA
Year, Make, Model: 1957 Chevrolet Bel Air Convertible Lowrider
Overall Vehicle Weight: 4,580 lb
Amount of Time to Build: 9 months

Powertrain and Performance

Motor Drive Unit: Cascadia Motion SS-250
Inverter: CM200 inverter
Estimated Power: 300 horsepower (225 kW)
Voltage: 400V system
Control System and Software: Proprietary system for electric powertrain management
Regenerative Braking: Yes, one pedal driving functionality

Battery System & Charging

Total Battery Capacity: 65 kWh total NMC VDA 355 modules
Front Pack: 25 kWh under the hood
Rear Pack: 40 kWh in the trunk
Pack Design: Webb cast-aluminum ‘engine block’ design incorporating the inverter and BMS
Cooling System: Twin split cooling loops for motor and battery packs
City Range: Estimated 125 miles on a single charge
Charger kW Charge Rate: Dilong 6kW
DC Fast Charging: NACS, availability to be announced

Chassis/Suspension

Air Suspension: RideTech
Rear Suspension Setup: 4-link
Wheels: 17-inch Truespoke straight lace wire wheels
Brakes: Wilwood disc brakes

Body & Paint

Color: Matador Red
Paint Shop: Specialist Restoration Company

Interior

Steering Wheel: 1959 Impala 13-inch steering wheel
Dashboard: Current LA digital dash display
Seats: Retrimmed by Ciadella
Noise Dampening: Dynamat installed throughout the cabin
In-house built LCD Display, original column shift with custom detent actuator
LED Indicator Lights: For displaying controller error codes and pre-charge light status
Ride height controller

Sound System

Head Unit: Pioneer
Speakers: Infinity speakers
Subwoofers: Part of the 6:1 speaker system
Amplifiers: Rockford Fosgate
Custom Subwoofer Box: Incorporating pieces from the original interior

Additional Information

Website: www.current-la.com

FREQUENTLY ASKED QUESTIONS

What are the goals of the EV Lowrider project in terms of zero-emission technology transition?

Goals of the EV Lowrider Project

The EV Lowrider project aims to propel the zero-emission technology transition through several key goals:

1. Investing in Clean Energy: The project emphasizes boosting investments in sustainable energy sources. By focusing on clean technology, it seeks to promote environmental responsibility and innovation.
2. Upgrading Infrastructure: A crucial aspect involves modernizing current infrastructure. This ensures compatibility with zero-emission technology, paving the way for a seamless transition to cleaner alternatives.
3. Enhancing Workforce Readiness: One of the primary objectives is to prepare more individuals for careers in the clean energy sector. By fostering skill development, the project seeks to produce a robust pool of trained workers ready to tackle the industry’s demands.
4. Empowering Underserved Communities: The project is dedicated to breaking down barriers that hinder accessibility to clean energy opportunities, particularly in underserved areas. This ensures equitable participation in the shift towards zero emissions.
5. Promoting Diversity: Finally, the initiative strives for a workforce that mirrors the diversity of communities they represent. It seeks to nurture an inclusive environment where diverse talents can thrive in the clean energy field.

Through these strategic goals, the EV Lowrider project stands as a catalyst for sustainable development and an equitable transition to a zero-emission future.

How does the EV Lowrider project contribute to California’s clean energy goals?

How the EV Lowrider Project Accelerates California’s Clean Energy Goals

The EV Lowrider project plays a pivotal role in advancing California’s ambitious clean energy objectives. It supports the transition towards a zero-carbon future by focusing on several key areas.

Building a Skilled Green Workforce

As California moves to ban the sale of new gas-powered vehicles by 2035, the project prepares the next generation of skilled workers essential for supporting this shift. Training programs within the project equip participants with the skills needed to work in burgeoning clean energy fields, thereby ensuring a robust workforce ready to meet increasing industry demands.

Accelerating EV Adoption and Accessibility

The EV Lowrider project not only promotes electric vehicle (EV) adoption but also makes it more accessible to mainstream society. By integrating innovative design with practical functionality, the project demonstrates how EVs can be part of everyday life, thus encouraging widespread acceptance and use.

Infrastructure Enhancements

Creating pathways for electric vehicles necessitates substantial infrastructure upgrades. The project contributes by highlighting the need for expanded charging networks and supporting technologies, which are crucial for facilitating the seamless operation and convenience of EVs across the state.

Promoting Clean Energy Investment

Finally, the project underscores the importance of investing in clean energy technologies and resources. By showcasing successful case studies and real-world applications, it attracts attention and funding, further catalyzing the development of a sustainable energy landscape in California.

In summary, the EV Lowrider project is instrumental in California’s journey towards its clean energy targets, fostering workforce development, promoting widespread EV usage, and advocating for essential infrastructure and investment.

How does the Sac Metro Air District support the EV Lowrider project and improve air quality?

The Sac Metro Air District plays a significant role in supporting the EV lowrider project by providing essential funding and educational resources. As a proactive local government agency, it’s dedicated to reducing air pollution and combating climate change. Each year, the district allocates funds to a variety of initiatives across the Sacramento region aimed at lowering emissions and replacing old, high-polluting engines.

Their commitment to improving air quality focuses especially on underserved communities that suffer disproportionately from air pollution. By backing projects like the EV lowrider, the district not only aids in the transition to cleaner transportation technologies but also contributes to the protection of public health. This, in turn, helps in reducing the overall emission levels and enhances the quality of air for residents, particularly in areas most affected by environmental challenges.

What is the purpose of showcasing the EV Lowrider project at the Electric Vehicle Symposium and Exposition?

The purpose of presenting the early phases of the EV Lowrider project at the 36th annual Electric Vehicle Symposium and Exposition (EVS36) is to highlight innovative advancements in electric vehicle technology and design. By featuring this project at such a high-profile event, stakeholders aim to attract interest from enthusiasts, industry professionals, and potential investors. This platform also serves to demonstrate cutting-edge automotive engineering, foster collaboration within the sector, and inspire future development in sustainable transportation solutions. By engaging with the diverse audience at the Sacramento Convention Center from June 11-14, the project team seeks valuable feedback and aims to create partnerships that will drive the project forward.

What is the expected impact of California’s ban on new gas-powered vehicles by 2035?

Understanding the Impact of California’s 2035 Vehicle Ban

California’s decision to prohibit the sale of new gas-powered vehicles by 2035 is set to reshape the automotive and energy landscape significantly. Here’s what you can expect:

• Acceleration of Electric Vehicle Adoption: This move is crucial for making electric vehicles (EVs) mainstream. By removing gas-powered options, consumers will be encouraged to transition to EVs more rapidly.
• Expanded Clean Energy Investments: To support an electric vehicle-dominant market, investment in renewable energy sources, like solar and wind, will be necessary. This ensures that the shift is not just from gas to electric, but towards sustainable forms of electricity.
• Infrastructure Enhancements: With more EVs on the road, charging networks will need to expand. This includes developing fast-charging stations and integrating smart grid technology to handle increased electricity demand.
• Job Creation in Clean Energy: As infrastructure evolves, the demand for skilled workers in the clean energy sector will rise. This encompasses roles from the development of renewable projects to maintenance and technology innovation.

In essence, California’s ban isn’t just about cutting emissions; it’s about paving the way for a sustainable, forward-thinking future that balances ecological responsibility with economic opportunity.

How will the EV Lowrider project ensure diversity within the clean energy workforce?

The EV Lowrider project is dedicated to fostering diversity in the clean energy workforce by creating pathways that bridge gaps for underserved communities. By collaborating with various industry partners, the project aims to dismantle existing barriers that hinder access to zero-emission technologies. This initiative focuses on providing education and training programs that equip individuals from all backgrounds with the necessary skills to excel in clean energy careers.

Furthermore, the EV Lowrider project emphasizes inclusivity by actively recruiting participants who reflect the diversity of the communities they serve, ensuring that the next generation of the workforce mirrors this demographic diversity. Through these efforts, the project not only addresses equity in education and employment opportunities but also prepares a workforce that is well-versed in sustainable practices, promoting environmental justice and innovation.

How does the EV Lowrider project plan to increase the workforce in clean energy fields?

The EV Lowrider project aims to expand the workforce in clean energy fields by creating a strategic educational pathway. This initiative focuses on preparing more students for careers or further education in clean energy sectors. By collaborating with various partners, the project will offer valuable opportunities for students to gain hands-on experience and skills.

Furthermore, the project seeks to dismantle barriers that underserved communities face in adopting zero-emission technologies. This approach not only supports workforce entry but also ensures diversity within the emerging clean energy workforce. In doing so, the EV Lowrider project contributes significantly to meeting California’s progressive clean energy targets by fostering a pipeline of ready and diverse professionals.

What opportunities does the EV Lowrider project provide for students in terms of workforce or post-secondary training?

Opportunities Provided by the EV Lowrider Project

The EV Lowrider project is dedicated to preparing students for exciting career paths in the clean energy sector. By participating, students gain the skills and knowledge necessary to enter the workforce or pursue further training in this rapidly growing field.

Key Benefits:

• Workforce Readiness: Students will be equipped with hands-on experience and technical skills essential for clean energy jobs, making them highly competitive candidates in the industry.
• Breaking Barriers: The project actively collaborates with local partners to remove obstacles faced by students from underserved communities, ensuring equitable access to education and training in clean energy technologies.
• Diverse Opportunities: Emphasis is placed on fostering a diverse workforce that mirrors the communities it serves, offering students from all backgrounds a fair chance to thrive in zero-emission technology roles.
• Post-Secondary Advancement: Participants will have a solid foundation to advance into specialized post-secondary training programs, further enhancing their career prospects in the clean energy domain.

Ultimately, the EV Lowrider project is more than just a learning experience; it’s a gateway to a sustainable future with robust career opportunities.

What cultural significance do lowriders hold in the Sacramento Hispanic community?

The Cultural Significance of Lowriders in Sacramento’s Hispanic Community

Lowriders are more than just cars; they are an emblematic feature of Hispanic culture in Sacramento. These custom vehicles represent a profound connection to heritage and identity. For many in the Hispanic community, lowriders are a symbol of creativity, craftsmanship, and unity.

Cultural Connection

1. Artistic Expression: Each lowrider is a canvas, showcasing intricate designs that often include vibrant colors and poignant symbols. This artistic endeavor offers individuals a means to express personal and cultural narratives.
2. Community Bonding: Lowrider events and gatherings act as social hubs, strengthening community ties. They provide a space where people can celebrate shared history and experiences, reinforcing a sense of belonging.
3. Historical Significance: The tradition of customizing cars dates back decades. It serves as a reminder of resilience and innovation, reflecting the ability to create beauty and functionality from what is available.

Contemporary Relevance

Lowriders also play a crucial role in educational and community outreach projects, serving as effective tools to engage the community in broader social issues. For instance, by linking these iconic cars with clean energy initiatives, they become relatable symbols for promoting new job opportunities and environmental consciousness within underrepresented groups.

In essence, lowriders embody a blend of tradition, artistry, and social significance, making them an enduring cornerstone of cultural pride in Sacramento’s Hispanic community.

How does the EV Lowrider project aim to benefit students in underserved communities?

The EV Lowrider project is designed to offer substantial benefits to students in underserved communities by merging education with hands-on experience in clean energy technology. At its core, this initiative integrates the cultural heritage of lowrider cars, which hold a significant place within the Hispanic community, as an educational tool. This blend of tradition and innovation works to engage students more effectively.

Students participating in the project will have the chance to delve into the intricacies of converting traditional vehicles into electric models, gaining insights into the burgeoning field of clean energy. With guidance from a network of academic, private, and public partners, students will work on cutting-edge technology, fostering both practical skills and theoretical knowledge.

Benefits for Students:

• Career Pathways:By working on the EV Lowrider, students are better prepared for careers or advanced training in clean energy and transportation industries.
• Skill Development:The project provides students with real-world experience that enhances their technical skills.
• Cultural Relevance:By using lowriders, the project ties in cultural significance, making the learning experience more relatable and encouraging for students from the community.
• Diverse Workforce Preparation:This initiative aims to diversify the clean energy field by equipping a broader, more inclusive range of students with the skills needed for tomorrow’s jobs.

This collaborative project not only equips students with valuable skills but also plays a critical role in eliminating access barriers to zero-emission technologies, paving the way for a more inclusive future in the clean energy sector.

What role does SMUD play in supporting clean energy initiatives in Sacramento?

The Sacramento Municipal Utility District (SMUD) plays a pivotal role in advancing clean energy efforts within the Sacramento region. By setting ambitious goals, such as achieving a carbon-neutral power supply by 2030, SMUD is at the forefront of the clean energy transition.

Key Contributions Include:

• Education and Career Development: SMUD invests in educational programs and career training to build a skilled workforce adept at operating and innovating within the clean energy sector.
• Strategic Partnerships: By collaborating with various organizations, SMUD enhances efforts to integrate renewable energy solutions into the local community.
• Community Engagement: SMUD actively involves community members in clean energy initiatives, empowering them to contribute to a sustainable future.
• Electrification Efforts: They prioritize electrifying transportation and building infrastructures, reducing reliance on fossil fuels.

Through these multifaceted approaches, SMUD not only facilitates the transition to clean energy but also ensures that Sacramento’s energy future is both sustainable and inclusive.

Which partners are involved in the EV Lowrider project?

The EV Lowrider project brings together a diverse group of partners dedicated to innovation and sustainability. These collaborators include:

• A local municipal utility organization focused on energy solutions and community development.
• A regional air quality management district aiming to improve environmental standards.
• A commission dedicated to celebrating and preserving lowrider culture.
• An inventive company specializing in electric vehicle technology.
• A museum committed to showcasing the history and evolution of automobiles.

These entities work in harmony to advance the project, highlighting a blend of cultural preservation and cutting-edge technology.

What is the EV Lowrider conversion project and its significance?

A classic lowrider icon receives an electric heart from within the bustling city of Los Angeles. Brian C. Dilley’s brainchild, Current Electric Vehicles LA, has taken a monumental leap, transforming a 1957 Chevrolet Bel Air into a Bel EV!

At the helm of this evolution is Brian C. Dilley and his team at Current Electric Vehicles, a visionary team who melds the allure of classic cars with sustainability in the new EV era. Their mission is simple: repurpose the past for the future without betraying the soul of an automotive icon.

< Person>Brian’s journey into EV conversions started not with a schematic or a blueprint but with an idea from his daughter. The family’s 1957 Bel Air would not be merely preserved; it should be transformed, electrified, and ushered into a new era. Work began in early 2022 and the Current Electric Vehicles’ story began.

This iconic ‘57 embodies Current Electric Vehicles’ philosophy: classic aesthetics, modern functionality, and sustainable innovation. This Bel Air, a symbol of electric conversion potential, invites enthusiasts and skeptics alike to witness the power and beauty of EV technology melded with classic design. The question isn’t whether classics, including lowriders, can adapt to the new era of electric mobility. Instead, it’s about how we celebrate the past by empowering it with the technology of tomorrow, and Current Electric Vehicles LA is leading the charge.

But the transformation of classic cars into electric vehicles is more than just a nod to modernity; it’s a significant cultural and educational movement. This initiative is part of a broader effort to foster clean energy adoption and develop a robust workforce for the future.

The Significance of Lowrider Conversion Projects

• Cultural Relevance: Lowriders hold strong cultural significance, particularly within the Hispanic community. By converting these vehicles to electric, we honor this heritage while promoting sustainable technology.
• Educational Impact: Projects like these are not just about the cars; they are classroom experiences. Students gain hands-on experience and insight into the burgeoning field of clean energy, preparing them for future careers.
• Workforce Development: As states push for zero-emission goals, the demand for skilled workers in clean energy fields skyrockets. These projects help bridge the gap by equipping students with necessary skills and opening pathways to careers in sustainable industries.
• Community Empowerment: By focusing on underserved communities, the initiative not only opens doors to clean energy careers but also ensures a diverse workforce that reflects the communities it serves.

These projects are more than just engineering feats; they’re transformative experiences that merge tradition with innovation, paving the way for a sustainable future.

What is the cultural significance of the project?

The project holds cultural importance by connecting to the Hispanic community in Sacramento, using the lowrider as a culturally relevant educational tool.

How does the project align with broader environmental and state goals?

The project supports California’s environmental objectives by preparing for the ban on new gas-powered vehicles by 2035 and aligning with SMUD’s target to eliminate carbon emissions by 2030.

What are the project’s goals in terms of workforce development?

The project seeks to prepare students for the clean energy workforce, contributing to the development of a green workforce pipeline necessary for advancing clean energy goals.

Who are the collaborators and stakeholders involved?

The project involves several partners, including SMUD, the Sacramento Metro Air Quality Management District, the Sacramento Lowrider Commission, Ohm Electric Cars, and the California Automobile Museum.

What is the educational and community focus of the project?

The project aims to educate students in underserved areas, utilizing the culturally significant lowrider as a tool to teach about clean energy and promote careers in this field.

Who is organizing and leading the project?

The initiative is spearheaded by the Sacramento Academic and Vocational Academy (SAVA), with collaboration from a range of partners across academic, private, and public sectors.