Slides from Plug-in SD's Sub-regional Workshops throughout San Diego county discussing permitting and inspection processes for electric vehicle charging stations.
ECOtality is a leading provider of electric vehicle charging systems and has been involved in electric vehicle initiatives since 1989. It is the project manager of the EV Project, a $230 million project sponsored by the US Department of Energy to install charging infrastructure and evaluate its use with Nissan LEAFs and Chevy Volts. The project will install stations in 18 major metropolitan areas across North America through 2013.
Auto dealer plan to sell more Leaf's with Telefonix PartnershipProterra Inc
The document discusses the benefits of employers installing electric vehicle charging stations at work. It reveals that employees with workplace charging are 20 times more likely to drive an electric vehicle. Employers benefit by attracting and retaining talent with this benefit and reducing their carbon emissions. The document provides guidance and statistics to help existing electric vehicle customers convince their employers to install workplace charging.
ITS Heartland 2012
Annual Meeting
Kansas City, MO
Presented by Joerg "Nu" Rosenbohm, Chief Technology Officer and Vice President of Programs for the Intelligent Transportation Society of America
DOE Vehicle Charging Innovations VCI-MUD Project by Eric HuangForth
This document provides an overview of a project to demonstrate innovative electric vehicle charging technologies at multi-unit dwelling properties. It discusses preliminary findings from the baseline data analysis, including that MUD-located chargers had an average session of 2.9 hours while MUD-supporting level 2 chargers had shorter sessions of 2.2 hours. Key barriers to MUD charging identified were related to education and awareness, financial issues, electrical capacity limitations, and physical constraints. The document outlines plans to pilot several innovative charging technologies to address these barriers and collect utilization, business case, and stakeholder feedback data from the demonstrations.
ELMO case study, e-mobility conference, Budapest 17. March 2015Jarmo Tuisk
How to develop a nationwide quick charging infrastructure within 18 months from program manager point-of-view. Technology choices, IT back-office requirements, locations, lessons learned.
This document summarizes the agenda and notes from an EV Employer Initiative webinar. The webinar covered reviewing best practices for workplace charging, sharing case studies from participants, and discussing barriers to installation. Under best practices, elements like case studies, infrastructure options, an installation guide, and cost/benefit analysis were proposed. Case studies from the Department of General Services and SAP Labs were presented. Barriers discussed included choosing between Level 1 and Level 2 charging and installation costs. The next webinar was planned to develop an infrastructure installation flowchart and further discuss costs.
ECOtality is a leading provider of electric vehicle charging systems and has been involved in electric vehicle initiatives since 1989. It is the project manager of the EV Project, a $230 million project sponsored by the US Department of Energy to install charging infrastructure and evaluate its use with Nissan LEAFs and Chevy Volts. The project will install stations in 18 major metropolitan areas across North America through 2013.
Auto dealer plan to sell more Leaf's with Telefonix PartnershipProterra Inc
The document discusses the benefits of employers installing electric vehicle charging stations at work. It reveals that employees with workplace charging are 20 times more likely to drive an electric vehicle. Employers benefit by attracting and retaining talent with this benefit and reducing their carbon emissions. The document provides guidance and statistics to help existing electric vehicle customers convince their employers to install workplace charging.
ITS Heartland 2012
Annual Meeting
Kansas City, MO
Presented by Joerg "Nu" Rosenbohm, Chief Technology Officer and Vice President of Programs for the Intelligent Transportation Society of America
DOE Vehicle Charging Innovations VCI-MUD Project by Eric HuangForth
This document provides an overview of a project to demonstrate innovative electric vehicle charging technologies at multi-unit dwelling properties. It discusses preliminary findings from the baseline data analysis, including that MUD-located chargers had an average session of 2.9 hours while MUD-supporting level 2 chargers had shorter sessions of 2.2 hours. Key barriers to MUD charging identified were related to education and awareness, financial issues, electrical capacity limitations, and physical constraints. The document outlines plans to pilot several innovative charging technologies to address these barriers and collect utilization, business case, and stakeholder feedback data from the demonstrations.
ELMO case study, e-mobility conference, Budapest 17. March 2015Jarmo Tuisk
How to develop a nationwide quick charging infrastructure within 18 months from program manager point-of-view. Technology choices, IT back-office requirements, locations, lessons learned.
This document summarizes the agenda and notes from an EV Employer Initiative webinar. The webinar covered reviewing best practices for workplace charging, sharing case studies from participants, and discussing barriers to installation. Under best practices, elements like case studies, infrastructure options, an installation guide, and cost/benefit analysis were proposed. Case studies from the Department of General Services and SAP Labs were presented. Barriers discussed included choosing between Level 1 and Level 2 charging and installation costs. The next webinar was planned to develop an infrastructure installation flowchart and further discuss costs.
This project aims to develop a wireless electric vehicle charging system with over 85% efficiency, 6.6 kW power transfer, and large positioning tolerance within EMI regulations. The system design is 10% complete. Milestones include prototype testing and integrating the system into an electric vehicle by 2014. The collaborators expect to address barriers to wireless charging and demonstrate a commercially viable design.
Qualify for EV Charging Grants and Incentives with NO FEES!Proterra Inc
Most EV Charging Equipment Incentives require reporting. This unusually means they have sign contracts, pay monthly service fees with an expensive EV Charging network! Not anymore! Telefonix and eGauge has a solution. Also they seem to push dual charger installation. This is not necessarily good for all applciations.
Autochargers.ca has established itself as a leading supplier and installer of electric vehicle supply equipment (EVSE) in Canada since 2013. They have partnered with EmotorWerks to become their Canadian manufacturer of the Juicebox charger, producing 40,000 chargers annually from their 17,000 square foot assembly facility. Autochargers provides sales, installations, maintenance and support of EVSE equipment across Canada and offers the Juicebox line of intelligent and networked chargers for residential and commercial applications such as apartments, workplaces and fleets.
This document discusses ABB's solution for electric vehicle charging infrastructure, specifically regarding AC charging poles. It provides an overview of AC charging pole components and functions, including definitions, classifications, product development considerations, standards, and ABB's specific AC charging pole product. The key components and functions of ABB's AC charging pole are described, including the control system integration using ABB PLCs, interfaces and protocols, and the user interface. Images of ABB's AC charging pole product and user interface are also presented.
Erin Galiger discusses the benefits of installing electric vehicle charging stations in public rights-of-way (ROW). Cities can use ROW charging to signal their support for electric vehicles and address climate change by electrifying transportation. ROW charging benefits those without home charging access, like multi-unit dwelling residents, taxi and ride-hailing drivers. While ROW charging faces barriers like prioritizing space and permitting costs, the document recommends cities take a leadership, support, or facilitation role and provides best practices for the program design, permitting process, and technology used.
Distributed charging system is a system that divide the battery pack and charging them separately. Many different types of electric vehicle (EV) charging technologies are described in literature and implemented in practical applications. This paper presents an overview of the existing and proposed EV charging technologies in terms of converter topologies, power levels, power few directions and charging control strategies. An overview of the main charging methods is presented as well, particularly the goal is to highlight an effective and fast charging technique for lithium ions batteries.
Workplace charging works! So lets make it simple!Proterra Inc
Recently the Department of Energy's "Workplace Charging Challenge" survey of employers that offer workplace charging, revealed that employees that are offered charging at work are 20 times more likely to drive a Plugin Electric Vehicle. The survey also showed that 80% of these employees offered this as a benefit to retain and attacked talented modern workforce. Since 78% of commuters drive 20 miles or less to work, replenishing this amount of electricity is consistent and equals the cost of a cup of coffee in the break-room. This means that companies don't need to install $5000, high powered, fast, communicating, chargers. Many willing companies are getting discouraged by these industry practices. Simple level 1 charger or the lower powered Level 2, like the Telefonix PowerPostEVSE product line, is a simple, safe and practical solution.
EV CHARGING INFRASTRUCTURE - INDUSTRY TRENDSDesignTeam8
This document provides an overview of ANS Advanced Network Services and their presentation on building reliable EV charging infrastructure. It discusses ANS's history and services, funding available for EV charging infrastructure from federal and state governments, current charging technologies like the ChargeBox fast charger, and opportunities for deploying charging infrastructure for commercial fleets and the public. The presentation also covers vehicle-to-grid and vehicle-to-everything concepts to better utilize EVs for grid services.
E. F. Piene, "Grid Connected Vehicles Capabilities and Characteristics," in E...Eamon Keane
The document summarizes a presentation on grid connected electric vehicles. It discusses the history of THINK, a Norwegian electric vehicle manufacturer. It then covers various aspects of electric vehicle and charging station design, including optimizing for energy efficiency, costs, and grid conditions. The presentation focuses on the modules involved in the charging process, including the charging station, on-board charger, and battery management system. It examines topics like charging times, power levels, and impacts on the grid from large numbers of simultaneously connected electric vehicles.
Presentation for the delegation of Finnish tech journalists about Estonian EV...Jarmo Tuisk
The document discusses Estonia's plan to build an electric vehicle ecosystem. Key points:
- Estonia received 507 Mitsubishi EVs in exchange for carbon credits and set up a nationwide charging network with 165 quick chargers. Grants of up to €18,000 were provided to encourage EV purchases.
- The plan had three pillars: building a user base with demo EVs for social services; establishing charging infrastructure; and raising public awareness.
- Careful planning over a year was required to determine use cases, technologies, locations and timelines for the charging network prior to installation. The network aimed to address range anxiety by placing quick chargers every 40-60km along major routes
A brief introduction in Electric Vehicle infrastructure researchuvacolloquium
Date: Friday, 19-02-2016
Speaker: Drs. Ir. JR Helmus
Title: A brief introduction in Electric Vehicle infrastructure research
Abstract: In this presentation I will describe the purpose and context of electric vehicle policies and charging infrastructure rollout issues. Next, we will take a look at the effects of rollout strategies on usage. Thereafter we shortly take a look at EV user charging behavior. The final part will be about the future or electric vehicles and potential research on energy transition due to the use of electric vehicles.
The document summarizes an electric vehicle charging trial called Electric Nation. It aims to recruit 500-700 people who own electric vehicles to charge their vehicles at home using smart chargers provided by the trial. This will provide data on how different electric vehicles impact local electricity networks. The trial will also test a smart charging system that can manage charging to reduce potential issues on the electricity grid. Participants will use their electric vehicles normally and complete surveys about their experiences with smart charging. The goal is to help network operators manage the increased electricity demand from more electric vehicles.
EV Charging infrastructure Intelligent charging solutionsElektrumlv
ABB is a global leader in power and automation technologies with over 145,000 employees worldwide. The document discusses ABB's electric vehicle charging infrastructure and solutions. It provides details on ABB's DC fast charger installations in over 30 countries, a project to build a nationwide EV charging network in Estonia, and a plan for a nationwide fast charging network in the Netherlands. The document also outlines ABB's product offerings to match different customer needs, including solutions for large and small networks.
This document summarizes the development of Estonia's ELMO quick charging network for electric vehicles. It describes how the network was planned from 2011-2012 to address range anxiety, with over 150 quick chargers installed across the country by early 2013. Key aspects discussed include:
- Choosing a centrally-managed network with a single operator to minimize technological issues
- Establishing locations within 50-60km and 1 charger per larger towns/10,000 people in cities
- Selecting a private operator to run the network for 5 years with pricing packages and customer support
- Coordinating installation teams to rapidly deploy the network between 2012-2013, completing Europe's largest quick charging infrastructure at the time.
This document summarizes a presentation on the global EVSE market landscape. It provides an overview of Power Technology Research as the research background. It then discusses definitions related to EV charging infrastructure, forecasts the global EVSE market size and revenue between 2020-2030, and examines trends in public and private EV charging stations. Regional market trends are presented, including an analysis of the EVSE market in the Americas, EMEA, and APAC regions. Finally, it analyzes the state of EV charging infrastructure in the USA, including various incentives and utility investments supporting adoption.
RPOHIRE is a recruitment process outsourcing (RPO) company that provides talent solutions to help clients meet new employment challenges. They offer a full range of RPO services including dedicated offshore recruiters, a sourcing team, and core services like direct recruitment using the client's brand. RPOHIRE's two team approach collaborates the client and recruitment teams to represent employer brands and candidate futures with equal measures of respect, integrity and innovation.
This document outlines best practices for workplace electric vehicle (EV) charging. It notes that workplace charging is important to extend EV range, allow more electric miles for plug-in hybrids, and act as local showrooms for EV information sharing. The document recommends having one workplace charger for every three plug-in electric vehicles (PEVs) by 2017, requiring an estimated 300,000 workplace chargers. It details elements of best practices like gaining support, evaluating electrical systems, choosing charging systems, establishing procedures and evaluating the program. Costs, examples from companies, and tax considerations are also summarized.
This video is about Volkswagen e-Golf, the 1st all electric car of Volkswagen with zero emissions concept. Both the exterior and interior designing are superb that you can see here. You can also get know several positives in terms of Technology, Fuel efficiency and Emissions control, Outlook, Interior designing, Performance, Safety features etc from this slide.
This project aims to develop a wireless electric vehicle charging system with over 85% efficiency, 6.6 kW power transfer, and large positioning tolerance within EMI regulations. The system design is 10% complete. Milestones include prototype testing and integrating the system into an electric vehicle by 2014. The collaborators expect to address barriers to wireless charging and demonstrate a commercially viable design.
Qualify for EV Charging Grants and Incentives with NO FEES!Proterra Inc
Most EV Charging Equipment Incentives require reporting. This unusually means they have sign contracts, pay monthly service fees with an expensive EV Charging network! Not anymore! Telefonix and eGauge has a solution. Also they seem to push dual charger installation. This is not necessarily good for all applciations.
Autochargers.ca has established itself as a leading supplier and installer of electric vehicle supply equipment (EVSE) in Canada since 2013. They have partnered with EmotorWerks to become their Canadian manufacturer of the Juicebox charger, producing 40,000 chargers annually from their 17,000 square foot assembly facility. Autochargers provides sales, installations, maintenance and support of EVSE equipment across Canada and offers the Juicebox line of intelligent and networked chargers for residential and commercial applications such as apartments, workplaces and fleets.
This document discusses ABB's solution for electric vehicle charging infrastructure, specifically regarding AC charging poles. It provides an overview of AC charging pole components and functions, including definitions, classifications, product development considerations, standards, and ABB's specific AC charging pole product. The key components and functions of ABB's AC charging pole are described, including the control system integration using ABB PLCs, interfaces and protocols, and the user interface. Images of ABB's AC charging pole product and user interface are also presented.
Erin Galiger discusses the benefits of installing electric vehicle charging stations in public rights-of-way (ROW). Cities can use ROW charging to signal their support for electric vehicles and address climate change by electrifying transportation. ROW charging benefits those without home charging access, like multi-unit dwelling residents, taxi and ride-hailing drivers. While ROW charging faces barriers like prioritizing space and permitting costs, the document recommends cities take a leadership, support, or facilitation role and provides best practices for the program design, permitting process, and technology used.
Distributed charging system is a system that divide the battery pack and charging them separately. Many different types of electric vehicle (EV) charging technologies are described in literature and implemented in practical applications. This paper presents an overview of the existing and proposed EV charging technologies in terms of converter topologies, power levels, power few directions and charging control strategies. An overview of the main charging methods is presented as well, particularly the goal is to highlight an effective and fast charging technique for lithium ions batteries.
Workplace charging works! So lets make it simple!Proterra Inc
Recently the Department of Energy's "Workplace Charging Challenge" survey of employers that offer workplace charging, revealed that employees that are offered charging at work are 20 times more likely to drive a Plugin Electric Vehicle. The survey also showed that 80% of these employees offered this as a benefit to retain and attacked talented modern workforce. Since 78% of commuters drive 20 miles or less to work, replenishing this amount of electricity is consistent and equals the cost of a cup of coffee in the break-room. This means that companies don't need to install $5000, high powered, fast, communicating, chargers. Many willing companies are getting discouraged by these industry practices. Simple level 1 charger or the lower powered Level 2, like the Telefonix PowerPostEVSE product line, is a simple, safe and practical solution.
EV CHARGING INFRASTRUCTURE - INDUSTRY TRENDSDesignTeam8
This document provides an overview of ANS Advanced Network Services and their presentation on building reliable EV charging infrastructure. It discusses ANS's history and services, funding available for EV charging infrastructure from federal and state governments, current charging technologies like the ChargeBox fast charger, and opportunities for deploying charging infrastructure for commercial fleets and the public. The presentation also covers vehicle-to-grid and vehicle-to-everything concepts to better utilize EVs for grid services.
E. F. Piene, "Grid Connected Vehicles Capabilities and Characteristics," in E...Eamon Keane
The document summarizes a presentation on grid connected electric vehicles. It discusses the history of THINK, a Norwegian electric vehicle manufacturer. It then covers various aspects of electric vehicle and charging station design, including optimizing for energy efficiency, costs, and grid conditions. The presentation focuses on the modules involved in the charging process, including the charging station, on-board charger, and battery management system. It examines topics like charging times, power levels, and impacts on the grid from large numbers of simultaneously connected electric vehicles.
Presentation for the delegation of Finnish tech journalists about Estonian EV...Jarmo Tuisk
The document discusses Estonia's plan to build an electric vehicle ecosystem. Key points:
- Estonia received 507 Mitsubishi EVs in exchange for carbon credits and set up a nationwide charging network with 165 quick chargers. Grants of up to €18,000 were provided to encourage EV purchases.
- The plan had three pillars: building a user base with demo EVs for social services; establishing charging infrastructure; and raising public awareness.
- Careful planning over a year was required to determine use cases, technologies, locations and timelines for the charging network prior to installation. The network aimed to address range anxiety by placing quick chargers every 40-60km along major routes
A brief introduction in Electric Vehicle infrastructure researchuvacolloquium
Date: Friday, 19-02-2016
Speaker: Drs. Ir. JR Helmus
Title: A brief introduction in Electric Vehicle infrastructure research
Abstract: In this presentation I will describe the purpose and context of electric vehicle policies and charging infrastructure rollout issues. Next, we will take a look at the effects of rollout strategies on usage. Thereafter we shortly take a look at EV user charging behavior. The final part will be about the future or electric vehicles and potential research on energy transition due to the use of electric vehicles.
The document summarizes an electric vehicle charging trial called Electric Nation. It aims to recruit 500-700 people who own electric vehicles to charge their vehicles at home using smart chargers provided by the trial. This will provide data on how different electric vehicles impact local electricity networks. The trial will also test a smart charging system that can manage charging to reduce potential issues on the electricity grid. Participants will use their electric vehicles normally and complete surveys about their experiences with smart charging. The goal is to help network operators manage the increased electricity demand from more electric vehicles.
EV Charging infrastructure Intelligent charging solutionsElektrumlv
ABB is a global leader in power and automation technologies with over 145,000 employees worldwide. The document discusses ABB's electric vehicle charging infrastructure and solutions. It provides details on ABB's DC fast charger installations in over 30 countries, a project to build a nationwide EV charging network in Estonia, and a plan for a nationwide fast charging network in the Netherlands. The document also outlines ABB's product offerings to match different customer needs, including solutions for large and small networks.
This document summarizes the development of Estonia's ELMO quick charging network for electric vehicles. It describes how the network was planned from 2011-2012 to address range anxiety, with over 150 quick chargers installed across the country by early 2013. Key aspects discussed include:
- Choosing a centrally-managed network with a single operator to minimize technological issues
- Establishing locations within 50-60km and 1 charger per larger towns/10,000 people in cities
- Selecting a private operator to run the network for 5 years with pricing packages and customer support
- Coordinating installation teams to rapidly deploy the network between 2012-2013, completing Europe's largest quick charging infrastructure at the time.
This document summarizes a presentation on the global EVSE market landscape. It provides an overview of Power Technology Research as the research background. It then discusses definitions related to EV charging infrastructure, forecasts the global EVSE market size and revenue between 2020-2030, and examines trends in public and private EV charging stations. Regional market trends are presented, including an analysis of the EVSE market in the Americas, EMEA, and APAC regions. Finally, it analyzes the state of EV charging infrastructure in the USA, including various incentives and utility investments supporting adoption.
RPOHIRE is a recruitment process outsourcing (RPO) company that provides talent solutions to help clients meet new employment challenges. They offer a full range of RPO services including dedicated offshore recruiters, a sourcing team, and core services like direct recruitment using the client's brand. RPOHIRE's two team approach collaborates the client and recruitment teams to represent employer brands and candidate futures with equal measures of respect, integrity and innovation.
This document outlines best practices for workplace electric vehicle (EV) charging. It notes that workplace charging is important to extend EV range, allow more electric miles for plug-in hybrids, and act as local showrooms for EV information sharing. The document recommends having one workplace charger for every three plug-in electric vehicles (PEVs) by 2017, requiring an estimated 300,000 workplace chargers. It details elements of best practices like gaining support, evaluating electrical systems, choosing charging systems, establishing procedures and evaluating the program. Costs, examples from companies, and tax considerations are also summarized.
This video is about Volkswagen e-Golf, the 1st all electric car of Volkswagen with zero emissions concept. Both the exterior and interior designing are superb that you can see here. You can also get know several positives in terms of Technology, Fuel efficiency and Emissions control, Outlook, Interior designing, Performance, Safety features etc from this slide.
The document discusses a project between Camden Council and Central Saint Martins College of Art and Design to promote healthier lifestyles and reduce congestion in Camden Borough. The project aims to inspire residents, visitors, and workers to travel more by foot or bike through a series of posters and a supporting website installed at Kings Cross station that present a narrative encouraging navigation of Camden by foot or bike. The goals are to ease transport hub congestion, improve public health, boost the local economy, and reduce CO2 emissions.
Åsmund Møll Frengstad (CEO, meshcrafts) held this presentation on Meshcrafts at the 2014 SME Assembly in Naples, Italy.
Find out more at:
http://blogs.ec.europa.eu/promotingenterprise/
The document discusses PlugShare, an app that helps electric vehicle drivers locate charging stations. It provides key features of the PlugShare app including being able to locate over 30,000 charging stations in the US and Canada. The document also lists various services PlugShare offers like white label app development, in-vehicle charging stations, and data licensing. Charts show the growth of electric vehicle chargers in Canada from 2012 to 2015.
Circontrol - EV charging station - Circarlife - Innovation AwardMoises Barea
The document describes CirPark's CirCarLife intelligent electric vehicle charging system. It provides an overview of the company and product range, which includes charging stations for various vehicle types (cars, motorcycles, etc.) that allow smart, networked charging. The system manages charging loads to prevent overloading electric grids and includes payment, monitoring, and integration capabilities. CirCarLife provides a complete solution for electric vehicle charging needs in parking facilities.
- An electric one-way carsharing project called Auto-Mobile was launched in Montreal in 2013 with 23 electric vehicles available for free-floating rental within a service area.
- Early results found the average reservation distance was under 10km and average duration was under 30 minutes, indicating the vehicles were fulfilling short, spontaneous trips. Vehicle usage and revenues increased faster than expected over the pilot period.
- Further research is needed to fully understand how one-way carsharing interacts with other transportation modes and impacts urban mobility and greenhouse gas emissions. The project will be extended during the winter to study year-round operation.
NOW! Billing and Payment Solutions for EV ChargingNOW! Innovations
Now Innovations offers a cloud-based software as a service platform for electric vehicle charging networks. The platform provides everything needed to manage EV charging assets, customers, pricing and payments. It includes feature-rich mobility management software, initial setup and customization, cloud hosting, and ongoing software support. The platform allows operators to define locations, set dynamic pricing, manage customers and transactions, and integrate with third party payment and hardware systems. Now Innovations provides the platform using a software as a service model to reduce costs and provide a turnkey solution for operating an EV charging network.
Workplace Charging Best Practices (CALSTART) Detroit June 18 2013CALSTART
Dr Jasna Tomic gave this presentation at the Workplace Charging Workshop, an event co-hosted by CALSTART and NextEnergy in Detroit, MI June 18, 2013. For more information on workplace charging visit www.evworkplace.org
CALSTART Clean Transportation Technologies and Solutions
Dos & Don’ts for Infrastructure and ChargingCCSE Host
Proper electric vehicle infrastructure (EVI) is one of the most crucial elements of successful fleet electrification. In this webinar, you'll learn about power management from representatives at Cyber Switching, Envision Solar, and Greenlots. Tune in to learn about new charging innovations, off-grid charging alternatives, and EVI rebates.
This document summarizes a presentation about advancing electric vehicle charging stations. It discusses planning and permitting issues related to electric vehicle infrastructure, including allowing charging stations, streamlining permitting processes, addressing parking and accessibility, payment methods, and educating various stakeholders. The presentation also provides an overview of electric vehicle technology, including different types of charging stations and an example of current charging station deployment in New England.
Driving Plug-in Electric Vehicle Adoption with Green Building Codes by Ed Pik...Forth
ED Pike, Technical Lead at Energy Solutions and Hannah Goldsmith, Deputy Executive Director at California Electric Transportation Coalition gave this presentation at Forth's webinar on May 14, 2019.
This document provides an overview of electric vehicle charging infrastructure. It begins with introductions and then discusses the brief history of electric vehicles. It outlines the key motivations and mandates for electric vehicles including reducing dependence on foreign oil, creating jobs, addressing climate change, and achieving energy independence. The document examines the various stakeholders involved in electric vehicle ecosystems. It explores the different components and architecture of electric vehicle systems including the vehicles, chargers, charging stations, and central management systems. It also reviews the status of electric vehicles worldwide and in India as well as the ongoing challenges. The presentation concludes by discussing some entrepreneurship and research ideas in this area and providing an overview of UniConverge Technologies' electric vehicle charging automation solution.
Electric Vehicles Readiness and Charging at Multi-Unit Dwellings by Eric HuangForth
- Building codes are collections of laws and regulations adopted by governments to regulate building construction standards. They address health, safety and energy efficiency. Model codes like the International Building Code are developed by organizations and adopted by local authorities.
- The presentation discussed introducing electric vehicle readiness requirements into building codes. This would help address barriers to EV charging access, especially at multi-unit dwellings. Definitions for EV-capable and EV-ready parking spaces were provided as examples of potential code language.
- An overview was given of the VCI-MUD pilot project, which aims to demonstrate innovative EV charging technologies to help reduce costs and ease management challenges of installing charging infrastructure at multi-unit dwellings. Preliminary analysis of
Energy Storage North America 2014: Realizing Vehicle Grid Integration: Key T...Paul Stith
Paul Stith - Director, Business Development & Regulatory Affairs @ EV Grid - Realizing Vehicle Grid Integration: Key Technical and Policy Issues.
Using Electric Vehicles as a grid resource. Project summaries, education, policy and technical challenges / opportunities.
David Laderberg, Vice President at Smart Charge America, Inc. gave this presentation at the Forth EV Charging At Multi-Family Housing and Workplaces webinar on April 11, 2023.
Heather Flanagan, ABB, presented information on the different types of electric vehicle charging stations that are available for Wisconsin Clean Cities EV Basics & Barriers webinar.
This document provides an overview of a workshop on pathways to electric vehicle adoption held in Moorhead, MN on May 15, 2019. The workshop included presentations on the current status of EVs in the market, available makes and models, dealing with dealers, adoption trends, range concerns, winter driving tips, and charging infrastructure. It also featured panel discussions with utilities on their EV programs and with other organizations on their roles in supporting EV adoption. Attendees were invited to tour electric vehicles outside following the workshop.
Tonia Buell, Expanding Fast Charging, November 2017Forth
Tonia Buell, Product Development Manager at Washington State Department of Transportation gave this presentation at Forth's netowrking event on November 9, 2017.
This document describes a portable electric vehicle charging station that is designed to be low-cost and compact to provide alternative charging options for electric vehicles. It can be easily plugged in anywhere and used by small shop owners to start an electric vehicle charging business. The portable charging station works with a solar power system to reduce dependence on the electric grid for charging electric vehicles. It aims to increase the number of charging stations available for electric vehicles.
NextEra Mobility Solutions Overview by Steve GutmannForth
Steve Gutmann, Public Sector Sales Manager at NextEra Mobility gave this presentation at Forth and BEF's PNW Utility EV Roundtable on January 12, 2023.
Electric Vehicle Charging Solutions by Eric SmithForth
Eric Smith, Territory Sales Manager at SemaConnect gave this presentation at the Managed Charging Pacific Northwest Utility EV Roundtable on February 25, 2021
The document summarizes Black & Veatch's work in electrifying transportation fleets through zero-emission infrastructure. It discusses their expertise in renewable energy, battery storage, hydrogen refueling and high-powered charging. It also covers lessons learned from electric vehicle infrastructure projects, the growing market and business model choices, and competing stakeholders in fleet electrification.
Workplace charging best practices (calstart) pasadena workshop 10-25-133CALSTART
This document summarizes a presentation on best practices for electric vehicle charging. It discusses why EV charging is important for improving air quality in Los Angeles. It outlines the agenda and provides data showing that vehicles are a major source of air pollution in LA County. It discusses the types of electric vehicles available and the importance of workplace charging. It describes funding available for installing charging stations and the requirements to receive funding. It also summarizes regulations around EV charging and billing. Finally, it discusses developing best practices for workplace and multi-unit dwelling charging, including gaining support, installing infrastructure, and establishing procedures.
This document discusses several challenges related to building electric vehicle (EV) infrastructure in the United States, including smart planning to accommodate future growth, establishing technical standards, and ensuring infrastructure supports fleet-based EV adoption. It notes that planning should allow for expanding capacity over the next 5 years. Further, standards around charging connections and voltages could improve the EV experience. Analyzing fleet data on vehicles, usage patterns, and charging needs can yield insights to design the most cost-effective infrastructure models.
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Microbial characterisation and identification, and potability of River Kuywa ...Open Access Research Paper
Water contamination is one of the major causes of water borne diseases worldwide. In Kenya, approximately 43% of people lack access to potable water due to human contamination. River Kuywa water is currently experiencing contamination due to human activities. Its water is widely used for domestic, agricultural, industrial and recreational purposes. This study aimed at characterizing bacteria and fungi in river Kuywa water. Water samples were randomly collected from four sites of the river: site A (Matisi), site B (Ngwelo), site C (Nzoia water pump) and site D (Chalicha), during the dry season (January-March 2018) and wet season (April-July 2018) and were transported to Maseno University Microbiology and plant pathology laboratory for analysis. The characterization and identification of bacteria and fungi were carried out using standard microbiological techniques. Nine bacterial genera and three fungi were identified from Kuywa river water. Clostridium spp., Staphylococcus spp., Enterobacter spp., Streptococcus spp., E. coli, Klebsiella spp., Shigella spp., Proteus spp. and Salmonella spp. Fungi were Fusarium oxysporum, Aspergillus flavus complex and Penicillium species. Wet season recorded highest bacterial and fungal counts (6.61-7.66 and 3.83-6.75cfu/ml) respectively. The results indicated that the river Kuywa water is polluted and therefore unsafe for human consumption before treatment. It is therefore recommended that the communities to ensure that they boil water especially for drinking.
Evolving Lifecycles with High Resolution Site Characterization (HRSC) and 3-D...Joshua Orris
The incorporation of a 3DCSM and completion of HRSC provided a tool for enhanced, data-driven, decisions to support a change in remediation closure strategies. Currently, an approved pilot study has been obtained to shut-down the remediation systems (ISCO, P&T) and conduct a hydraulic study under non-pumping conditions. A separate micro-biological bench scale treatability study was competed that yielded positive results for an emerging innovative technology. As a result, a field pilot study has commenced with results expected in nine-twelve months. With the results of the hydraulic study, field pilot studies and an updated risk assessment leading site monitoring optimization cost lifecycle savings upwards of $15MM towards an alternatively evolved best available technology remediation closure strategy.
Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
Epcon is One of the World's leading Manufacturing Companies.EpconLP
Epcon is One of the World's leading Manufacturing Companies. With over 4000 installations worldwide, EPCON has been pioneering new techniques since 1977 that have become industry standards now. Founded in 1977, Epcon has grown from a one-man operation to a global leader in developing and manufacturing innovative air pollution control technology and industrial heating equipment.
Optimizing Post Remediation Groundwater Performance with Enhanced Microbiolog...Joshua Orris
Results of geophysics and pneumatic injection pilot tests during 2003 – 2007 yielded significant positive results for injection delivery design and contaminant mass treatment, resulting in permanent shut-down of an existing groundwater Pump & Treat system.
Accessible source areas were subsequently removed (2011) by soil excavation and treated with the placement of Emulsified Vegetable Oil EVO and zero-valent iron ZVI to accelerate treatment of impacted groundwater in overburden and weathered fractured bedrock. Post pilot test and post remediation groundwater monitoring has included analyses of CVOCs, organic fatty acids, dissolved gases and QuantArray® -Chlor to quantify key microorganisms (e.g., Dehalococcoides, Dehalobacter, etc.) and functional genes (e.g., vinyl chloride reductase, methane monooxygenase, etc.) to assess potential for reductive dechlorination and aerobic cometabolism of CVOCs.
In 2022, the first commercial application of MetaArray™ was performed at the site. MetaArray™ utilizes statistical analysis, such as principal component analysis and multivariate analysis to provide evidence that reductive dechlorination is active or even that it is slowing. This creates actionable data allowing users to save money by making important site management decisions earlier.
The results of the MetaArray™ analysis’ support vector machine (SVM) identified groundwater monitoring wells with a 80% confidence that were characterized as either Limited for Reductive Decholorination or had a High Reductive Reduction Dechlorination potential. The results of MetaArray™ will be used to further optimize the site’s post remediation monitoring program for monitored natural attenuation.
Presented by The Global Peatlands Assessment: Mapping, Policy, and Action at GLF Peatlands 2024 - The Global Peatlands Assessment: Mapping, Policy, and Action
ENVIRONMENT~ Renewable Energy Sources and their future prospects.tiwarimanvi3129
This presentation is for us to know that how our Environment need Attention for protection of our natural resources which are depleted day by day that's why we need to take time and shift our attention to renewable energy sources instead of non-renewable sources which are better and Eco-friendly for our environment. these renewable energy sources are so helpful for our planet and for every living organism which depends on environment.
Climate Change All over the World .pptxsairaanwer024
Climate change refers to significant and lasting changes in the average weather patterns over periods ranging from decades to millions of years. It encompasses both global warming driven by human emissions of greenhouse gases and the resulting large-scale shifts in weather patterns. While climate change is a natural phenomenon, human activities, particularly since the Industrial Revolution, have accelerated its pace and intensity
1. EV Charging Stations: Permitting and Inspection
May 17, 2016
Sub-regional Workshop for Local Governments
SANDAG and Center for Sustainable Energy
2. SANDAG & Center for Sustainable Energy
Independent nonprofit organization
Our mission: Accelerating the
transition to a sustainable world
powered by clean energy
• Program management
• Training and education
• Technical assistance
San Diego Association of Governments
• Forum for regional decision-
making
• Transportation planning and
construction
• Sustainable development
3. Plug-in San Diego
Program Goal:
Ensure the San Diego region is
ready for plug-in electric vehicles
Local Governments:
Resources to advance regional
consistency in EV charging plan
review, inspection and installation
5. What is AB1236?
September 30, 2016
requirement for larger cities
(population>200,000)
September 30, 2017
requirement for smaller cities
(population<200,000)
Bill requires adoption of an ordinance to
streamline and expedite the permitting process
for EV charging stations
Checklist for expedited
permit review
Publish checklist and
permit documents
on the web
Allow for electronic
submittal
6. AB 1236 vs. AB 2188
AB 2188 (Muratsuchi),
Solar Permitting
Like AB 2188, AB 1236
says
AB 1236 (Chiu and Low),
EV Permitting
Assures a single
inspection that must be
performed in a timely
manner
Substantially conform
to the current version
of OPR’s California
Solar Permitting
Guidebook
45 days from the date
of application receipt to
be denied in writing,
otherwise shall be
deemed approved
Requires cities and counties
to adopt an expedited
permitting ordinance
Permits electronic signatures
on relevant permitting
documents and electronic
submittals
Adopt a checklist of
requirements to be eligible
for expedited review
Allows modification of
checklists and standards
found in the Guidebooks due
to unique conditions
Permit application must
demonstrate compliance
with the utility’s policies
prior to approval
Refer to guidelines
contained in OPR’s ZEV
Guidebook and the PEV
Infrastructure Permitting
Checklist
7. Best Practices Report
Permit and inspection
correction sheets
Installation checklists
Standardized language for
websites
EV Expert assistance
AB 1236 & Plug-in SD
Plug-in SD can help with AB1236 compliance
8. Best Practices Report
• Common barriers to EVCS
installations
• Existing permit processes
• Best practices:
– Clear, consistent website
language
– EVCS permit guide/checklist
– Plan review/inspection
correction lists
– Online services
– Fillable application
– Permit fee incentives
11. What the Region is Doing
• Information Bulletins for Permits for Electrical
Vehicle Charging Systems
• Electric Vehicle Charging Station Permit Application
12. What the Region is Doing
• Permit Guide for Electric Vehicle Supply Equipment
(EVSE)
• Electric Vehicle Charger Guidelines
15. Plug-in SD Resources for EV Charging
• Website Language
– Specific direction for the general public
– Guide covers requirements and approach for permitting
16. Correction Sheets & Checklists
Intended to cover
common situations
(80% of installations
across SF, MF, and
commercial property
types)
17. Plug-in SD Resources for EV Charging
• Installation
Checklists
– Broken down by
type: Residential,
Non-Residential,
MUD
– General and
electrical
contractors
permitting and
installing EVCS
– More consistent
applications, plans
and installations
18. Plug-in SD Resources for EV Charging
• Permitting and
Inspection
Correction Sheets
– Broken down by type:
Residential, Non-
Residential, MUD
– AHJ staff performing
plan review and
inspection
– Consistent expedited
execution
19. Key Considerations for EVCS
• Electrical System Evaluation
– Power supply requirements
– Equipment Upgrades (Transformer, Wiring, Panel)
• Physical Requirements
– Proximity of electrical power supply to desired
charging location (service room, transformer, etc.)
– Physical protection of equipment (wheel stops,
bollards, clear floor space, etc.)
– Signage, stencil, and striping
– Layout within parking areas
23. EV Charging at Multi-Unit Dwellings
Transformer
Aquaterra Apartments
– EV Chargers are noted
in the green boxes
– EV Charger in the yellow
box is for future
charging; pedestal in
place but no charger
24. EV Charging at Multi-Unit Dwellings
Existing charging cord
For future EV charging
25. EV Charging at Multi-Unit Dwellings
Broadstone Corsair Multi-Unit
Apartments
26. Site Plan- Workplace Installation
ADA striping of
accessible EVCS
space connects to
existing path of travel
28. Site Plan- Commercial Installation
• Spaces for existing
and future charging
identified
• CALGreen
requirements for
new construction to
be “EV Capable”
– Raceway
– Panel capacity for
40A 208/240V
– Identifying future
spaces
35. EVCS for Public and Common Use
The number of charging ports that can simultaneously charge vehicles is
considered the number of EVCS at a facility for regulatory purposes
Table 11B-228.3.2.1
37. Best Practices
• EVCS guidelines and checklists
• Clear and consistent website info
• Standardization of EVCS building codes and
installation requirements
• Adoption of voluntary CALGreen codes
• Online permitting and inspection services
• Permit application for EVCS
– Specific, fillable application
• Incentives for permit fees and installations
– EVCS financing programs
• Training for electrical contractors
38. Technical Assistance: EV Expert
• Technical infrastructure
questions
• Call/email or set up an
in-person meeting
• EV Expert FAQ
www.energycenter.org/pluginsd
Email
EVexpert@energycenter.org
Phone (866) 967-5816
39. Thank YouThank You
Thank you to the San Diego
Regional Clean Cities
Coalition for providing
breakfast
40. Thank YouQuestions and Discussion
Allison Wood, Allison.Wood@sandag.org
Kevin Wood, kevin.wood@energycenter.org
Candace Chu, candace.chu@energycenter.org
Andy Hoskinson,
andy.hoskinson@energycenter.org
42. Plug-in Electric Vehicles (PEVs)
Battery Electric Vehicles
• All electric, zero-emissions
• 16 models available*
• Examples: Nissan Leaf,
Tesla Model S, BMW i3
Plug-in Hybrid Electric Vehicles
• Electric battery and gasoline
• 10 models available*
• Examples: Chevrolet Volt,
Toyota Plug-in Prius
*Eligible for the California Clean Vehicle Rebate Program (CVRP)
43. CVRP Rebates in the San Diego Region
Source: Clean Vehicle Rebate Project Statistics as of April 2016
44. EVCS in San Diego
Source: SANDAG InfoBits (2016)
• 377 charging
locations in the SD
region (with a total
of about 1,000 plug-
in points)
• 19,000 plug-in
vehicles in the region
45. Charging: Level 1 vs. Level 2
• Uses a standard
110/120-volt
alternating current
(VAC) three-
pronged wall plug
AC Level 1
• Uses 208/240 VAC and
can be hardwired or
connected with a plug
AC Level 2
46. Charging: DC Fast Charging
• Uses commercial-
grade 440 /480 VAC
– produces direct
current (DC) to
charge
• Commercial/Public –
due to costs
• Provides fast charge
for some BEVs
Editor's Notes
SANDAG-The 18 cities and county government are SANDAG, the San Diego Association of Governments. This public agency serves as the forum for regional decision-making. SANDAG builds consensus; makes strategic plans; obtains and allocates resources; plans, engineers, and builds public transportation, and provides information on a broad range of topics pertinent to the region's quality of life.
CSE is an independent nonprofit organization that accelerates the transition to a sustainable world powered by clean energy. We work in five states across the country, with headquarters in San Diego. We provide technical assistance and training services.
CSE Plug-In Electric Vehicle Initiatives: PEV Planning and ZEV Implementation
Implementation of the San Diego Regional Readiness Plan
Through funding from the California Energy Commission, the San Diego Association of Governments (SANDAG) and the Center for Sustainable Energy (CSE) have partnered to implement the EVCS best practice recommendations from the 2014 San Diego Regional PEV Readiness Plan (Readiness Plan) through an implementation program known as Plug-In SD. Plug-in SD will help develop a regionally consistent, streamlined process for permitting and installation of residential and commercial electric vehicle charging stations (EVCS), assist with EVCS siting and increase awareness of PEVs and EVCS. A regional EV expert will be available to provide direct technical assistance to municipalities and other EVCS stakeholders through outreach and education.
AB 1236 was enacted in October 2015 requiring local governments to adopt ordinances to expedite and streamline the permitting process for installing electric vehicle charging stations.
“Electronic submittal” means the utilization of one or more of the following: email, internet, fax.
Full Bill text for AB 1236 can be found here: https://leginfo.legislature.ca.gov/faces/billTextClient.xhtml?bill_id=201520160AB1236
The State has been active in making it easier to install EV infrastructure similar to efforts in solar (AB 2188) and the state continues to support efforts. AB 2188 requires all jurisdictions in California to adopt an ordinance that creates a streamlined, expedited permitting process for small residential rooftop solar energy systems. AB1236 used AB 2188 as a framework for expediting the permitting process.
OPR ZEV Guidebook: https://www.opr.ca.gov/docs/ZEV_Guidebook.pdf (pg. 111-115 for the Infrastructure Permitting Checklist)
Permitting requirements vary from city to county and documentation is specific to each jurisdiction. To help jurisdictions comply with AB1236, PISD has developed resources and has sought input from the SD region to refine resources. PISD is communicating with OPR to inform their development of resources which will look similar to the resources that we are developing.
The best practices reports serve as a resource to promote regionally consistent and streamlined EVCS permitting, inspection and installation processes for local governments and installers of EVCS. A few barriers to EVCS installations include lack of streamlined permitting and inspection processes and inconsistent costs across jurisdictions, varying and unpredictable installation costs, and lack of standard regional ordinances that facilitate the installation and access to publicly available charging infrastructure. The resources will act to reduce the barriers to EVCS installations.
Some existing processes include EVCS installation standards such as the CEC and workmanship requirements, equipment, determining proper electrical load, physical installation, post-installation equipment use and maintenance, and communications. All 19 jurisdictions require that an EVCS project be permitting by the Building Department before installation.
Full versions of the draft reports, Permitting and Inspection Best Practice Report: http://www.sandag.org/uploads/projectid/projectid_511_19814.pdf and Installation Best Practice Report: http://www.sandag.org/uploads/projectid/projectid_511_19815.pdf
Visit the websites of each jurisdiction shown to view existing resources. Several jurisdictions have published materials on their websites for
Chula Vista has permit applications for residential and non-residential EVCS and is developing additional resources such as a permit guide which created a distinct category for EVCS. Link to this application is here http://www.chulavistaca.gov/home/showdocument?id=954
City of SD will be updating their Info Bulletin 187 (https://www.sandiego.gov/sites/default/files/legacy/development-services/pdf/industry/infobulletin/ib187.pdf) as it relates to the requirements of AB 1236 and Technical Policy as it relates to accessibility requirements.
The resources highlighted summarizes information on electric vehicle chargers and EVSE in one document. This provides clarity for current and potential applicants and staff.
The City of National City has website information in a permit guide (https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=1&cad=rja&uact=8&ved=0ahUKEwiejfOYmt_MAhVU32MKHed9CfQQFggcMAA&url=http%3A%2F%2Fnationalcityca.gov%2Fmodules%2FShowDocument.aspx%3Fdocumentid%3D11402&usg=AFQjCNHCMgN6UVefsiT_82QY7wuEdPtx_w&sig2=6GIiCmI21_vkHgEnhfMzgg&bvm=bv.122129774,d.cGc) which includes a review timeframe and links to beneficial PEV resources for applicants to reference.
The City of Oceanside has guidelines (http://www.ci.oceanside.ca.us/civicax/filebank/blobdload.aspx?blobid=30053) which include the type and size of wire and conduit for various circuits for EVCS as well as conduit supports required.
The City of Encinitas has permit fee incentives with a program that waives permitting fees for basic installations of home EVCS and reduces permitting fees by an equivalent amount for larger and more complex installations. Encinitas also has a Green Building Incentive Program (http://www.encinitasca.gov/index.aspx?page=325)
Several jurisdictions provide online permitting services such as the City of San Diego (for residential) installations, County of San Diego, and Chula Vista (Accela Citizen Access)
PISD resources created to be used together (integrated) in order to produce predictable EV charging installation outcomes. Website is the entry to the funnel which pulls host sites, electrical contractors (and others in) while they are in the intention stage. The information available on the website, starting with the Installation Checklist, should narrow their actions creating more predictable permit application submittals. The Permit Application Correction Sheets will create a standardized/consistent response that reinforces the Installation Checklist content. Installation following the Installation Checklist guidance will align well with the issued permit and reduce the need for corrections at Inspection. The Inspection Correction Sheets will create a standardized/consistent response that reinforces the Installation Checklist content. The consistency throughout (and if implemented region-wide) will lead to more efficient and predictable EV charging installations.
The City of Cupertino’s website has a page that provides information on charging stations in the City of Cupertino including basics of a charging station, local resources to learn more, and charging station planning resources that includes the permit requirements, code and accessibility requirements, and fee schedule detailing the specific cost ranges for an electric vehicle charging station. This page can be found here http://www.cupertino.org/index.aspx?page=1198.
Plug-in SD has a website language guide as a resource to prepare for the influx of EV charging station permit applications. Building department staff can save valuable staff time and resources by providing clear written instructions on the EVCS permitting process on their websites. Providing clear information on jurisdiction websites also reduces time spent by staff answering simple applicant questions. Simple web design concepts including the use of images, bulleted lists, and ensuring information is not buried behind too many clicks or presented as a wall of text can assist building departments in presenting information more succinctly and clearly, which in turn, enables applicants to navigate the local permitting process in a quicker, more straightforward way.
Installation Checklists provide electrical contractors and building owners with an overview of the entire process when installing EVCS from permitting to installation and inspection. The resources overall provide regional consistency and efficiency which can minimize staff time and time needed for applicants to make plan corrections.
Common installations consist of installs that use the existing panel, simple connections and existing parking. These do not cover service relocation, parking reconfiguration, and more complex electrical requirements
The checklists are broken down by type (residential, non-residential, and MUD) because there are different considerations for each property type. Non-residential includes commercial retail, workplace, and industrial sites.
For all residential installations:
Reference Residential Inspection Sheet, Section 3, number 4a for vertical clearance requirements.
Reference Residential Inspection Sheet, Section 3, number 2 for electrical equipment clearances.
Residential Inspection Sheet, Section 3, number 6 for EVCS markings.
Reference Residential Inspection Sheet, Section 3, number 8 for securely fastened listed wiring and fittings.
Reference Residential Inspection Sheet, Section 3, number 9 for overcurrent protection been installed.
Reference Residential Inspection Sheet, Section 3, number 12 for labeling and identification.
Reference Residential & non-residential Inspection Sheet, Section 3, number 9-10 for overcurrent protection been installed.
40 amp circuit, 32amp continuous output is the standard for l2 EV charging.
If the unit features adjustable power levels, verify the unit’s setting. Confirm that OCPD and conductor are appropriately sized to match continuous load. (IE 40 amp circuit for 32 amp continuous load)
Reference Non-Residential and MUD Inspection Sheet Section 3, number 10a for adjusting the operating current.
Information from Tesla’s Manufacturer Installation Manual: https://www.teslamotors.com/sites/default/files/blog_attachments/80A_Wall_Connector_Installation_Manual_EN_JP_ES.pdf
For indoor installation in the garage, reference Section 2, number 2 for ventilation requirements. (Note, most modern electric vehicles do not require ventilation)
For all residential installations:
Residential Inspection Sheet, Section 3, number 6 for EVCS markings.
Reference Residential Inspection Sheet, Section 3, number 9 for overcurrent protection been installed.
Reference Residential Inspection Sheet, Section 3, number 12 for labeling and identification.
The layout of the MUD has surface parking with the greatest distances between where cars are parked and where service panels are located.
Extensive trenching was completed for an installation of this type- long distance from the transformer to the meter to the charging stations.
MUDs with multi-level parking decks may be able to electrify parking spaces with lower-cost surface conduit.
Trenching is covered in multifamily permitting sheet, section 4, part 5, and inspection section 3, Section 3, number 14. may require rough and final inspection.
The permit may include conduit or wiring and breaker for future infrastructure, but not the actual charging unit per CalGreen requirements
Conduit should be appropriately sized and fixed at regular intervals. (Reference Non-Residential Inspection Sheet Section 3, number 9)
Surface conduit is very common in parking structures.
Reference MUD & Non-Residential Inspection Sheet Section 3, number 11 for securely fastening wiring and fittings.
Site plans and single line drawings are identified in the checklists, as well as section 3 of the MUD & Non-Residential Permitting sheet
A site plan example for an office building is shown as a type of non-residential installation.
The checklist helps the landlord and electrical contractor consider how the install can take place and what the local jurisdictions require in the installation. The checklist can influence overall project design the design. This will make it easier to review when projects coming through meet expectations and reduces corrections or having to send back projects.
Accessible route requirements to EVCS service equipment and areas served by EVCS. The accessibility standards include path of travel requirements for new and existing buildings and facilities. An accessible path of travel to the area of alteration of addition shall be provided. Two accessible vehicle spaces shall be permitted to share a common access aisle; however the access aisle must be located on the passenger side of the van accessible space.
Example site plan for large commercial installation
Greater number of stations and power requirements may require more equipment and add complexity.
Reference Section 5 for MUD & Non-Residential Inspection Sheet for California Green Building Standards Code (CALGreen) which include building code provisions for EV charging.
See slides 33& 34 for further detail on CALGreen requirements.
Although this install shows a commercial DC fast charger, it shows components that may be standard on any large non-single family residential, where new or upgraded service may be required.
Reference MUD& Non-Residential Inspection Sheet Section 12a and for disconnects in line of sight.
Reference MUD& Non-Residential Inspection Sheet Section 3, number 3 for SDG&E requirements.
Reference MUD& Non-Residential Inspection Sheet Section 3, number 2 for electrical clearance requirements.
Reference MUD& Non-Residential Inspection Sheet Section 3, number 4 for physical protection requirements such as bollards shown in this slide.
Reference MUD & Non-Residential Inspection Sheet Section 3, number 11 for securely fastening wiring and fittings. As inspectors can tell you, different contractors have different notions as what is acceptable in terms of spans, fastening
Reference MUD& Non-Residential Inspection Sheet Section 3, number 5 for vertical clearance at a height of 18-48 inches above the finished floor.
Reference MUD& Non-Residential Inspection Sheet Section 3, number 4 for physical protection requirements such as wheel stops shown in this slide.
Reference MUD& Non-Residential Inspection Sheet Section 12a and b for disconnects.
Reference MUD & Non-Residential Inspection Sheet Section 3, number 11 for securely fastening pull boxes and fittings.
This also is signed for an accessible path.
Proposed CALGreen Codes will go into effect Jan. 2017 if approved by the CBSC. Reference Section 5 for MUD& Non-Residential Inspection Sheet for CALGreen.
For a summary of the mandatory and voluntary code requirements, visit http://www.hcd.ca.gov/codes/calgreen/docs/hcdshl605a.pdf
For new nonresidential construction, the code requires a minimum number of parking spaces to be capable of supporting PEV charging, including installing a listed raceway to accommodate a dedicated branch circuit, providing adequate panel capacity and dedicated conduit for one 208/240 V 40 amp circuit and identifying spaces reserved for future EV charging as “EV Capable.”
Installation of EV infrastructure saves costs for future installs and the code requirements matches the penetration of the market for EVs to sync with the state’s goals for electric vehicles on the roads.
Proposed CALGreen Codes will go into effect Jan. 2017 if approved by the CBSC. Reference Section 5 for MUD& Non-Residential Inspection Sheet for CALGreen.
For a summary of the mandatory and voluntary code requirements, visit http://www.hcd.ca.gov/codes/calgreen/docs/hcdshl605a.pdf
For new residential construction, the mandatory requirements include installing raceway, providing adequate panel capacity and identifying the service panel and termination point as “EV Capable.”
Accessibility requirements define a minimum number of accessible EVCS per the total number of EVCS at a facility based on type of EVCS. There are four types of EVCS accessible spaces as defined. Where four or fewer total EVCS are provided, identification with an International Symbol of Accessibility (ISA) shall not be required.
For more than four total EVCS provided, the van accessible space will be identified with an ISA and is reserved for the use of persons with disabilities. Newly constructed parking facilities, and existing parking facilities that undergo alteration, must meet requirements for accessibility unless otherwise exempted.
The number of EVCS spaces is determined by the number of vehicles that can be charged, not by the number of service pedestals that are installed.
Vehicle spaces serving van accessible EVCS shall be 144 inches (3658 mm) wide minimum and shall have an adjacent access aisle
Vehicle spaces serving standard accessible EVCS shall be 108 inches (2743 mm) wide minimum and shall have an adjacent access aisle
Vehicle spaces serving ambulatory EVCS shall be 120 inches (3048 mm) wide minimum and shall not be required to have an adjacent access aisle.
An example layout configuration for accessible EVCS installations and dimensions.
http://green-technology.org/gcsummit16/images/3-Building-EV-Charging.pdf
Cities can include info on financing programs about EVCS on their websites as well.
EV Expert consultations can help answer technical questions as well as provide broader assistance on complex installs, fleet considerations, etc. The EV expert FAQ on www.energycenter.org/pluginsd provides answers to general questions and more information on equipment, installations, regional planning and location of charging infrastructure in San Diego. The EV expert can share what cities are doing to other cities in the region.
Growth in the San Diego region from Rebates Issued
Growth in the San Diego region from Rebates Issued
Reference: Plugshare.com
Reference: Plugshare.com
AFDC Data retrieved 10/27/15 for Existing Charging Infrastructure in the San Diego region: Level 2 Public EVCS: 660 & DCFC: 63
Support slide