V2X is an umbrella term to explain the use of Electric Vehicle (EV) batteries to provide energy services and derive additional value from the battery asset during times of non-use. V2X services aim to generate revenue from the battery asset through dynamic or bi-directional charge control to provide benefits to the electric grid or to reduce/flatten/shift peak energy consumption of buildings and can be classified in the following operating modes:
· Vehicle-to-Grid (V2G): Using an EV battery to interact with/provide value to the electric grid
· Vehicle-to Building (V2B): Operating EV batteries to optimize building energy consumption
· Vehicle-to-Home (V2H): Optimizing home energy consumption or as emergency back-up power
· Vehicle-to-Load (V2L): Any other instance of an EV battery providing energy to a load
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.
The document summarizes an assessment of electric vehicle charging platforms conducted by Accenture. Key findings include:
- Accenture interviewed 8 major EV charging platform vendors and assessed their capabilities across areas like fleet charging, managed charging, and technical services.
- Two vendors emerged as clear market leaders based on their more advanced capabilities compared to industry standards.
- Trends in platform development include a focus on scalability, smart charging capabilities, customized user portals, and integrated payment systems.
- Capabilities around billing, managed charging, core functions, and technical performance were particularly strong amongst vendors.
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.
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.
The document provides an overview of electric vehicles and their integration into smart grids. Some key points:
- Electric vehicles (EVs) are becoming more prevalent and can provide flexibility to smart grids through technologies like vehicle-to-grid that allow EVs to send power back to the grid.
- Unmanaged EV charging could strain the grid during peak times. Smart charging, where charging is shifted to off-peak periods, helps address this issue.
- The smart grid allows for remote monitoring and management of EV charging stations to optimize charging and provide services to the grid like demand response.
- Widespread EV adoption could both challenge and benefit utilities by requiring grid upgrades but also opening opportunities through customer relationships and
This document summarizes battery energy storage systems for power utilities and electric vehicles. It discusses the different types of battery energy storage options available, including lead-acid, sodium sulfur, zinc bromine, and zinc chloride batteries. For power utilities, it examines battery energy storage systems used for load leveling, peak shaving, frequency control and spinning reserve. It also provides details on several demonstration battery energy storage plants that have been built. For electric vehicles, it discusses the specifications and types of cycles required of batteries for energy storage and propulsion.
V2G allows electric vehicles to provide power to the electrical grid during periods of peak demand by allowing two-way power flow. There are three main versions of V2G involving battery-powered vehicles that can provide power to the grid from excess battery capacity during peak times and recharge during off-peak times. V2G systems provide benefits like peak load leveling and spinning reserves but challenges include potential grid overloading and high vehicle costs compared to ICE 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.
The document summarizes an assessment of electric vehicle charging platforms conducted by Accenture. Key findings include:
- Accenture interviewed 8 major EV charging platform vendors and assessed their capabilities across areas like fleet charging, managed charging, and technical services.
- Two vendors emerged as clear market leaders based on their more advanced capabilities compared to industry standards.
- Trends in platform development include a focus on scalability, smart charging capabilities, customized user portals, and integrated payment systems.
- Capabilities around billing, managed charging, core functions, and technical performance were particularly strong amongst vendors.
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.
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.
The document provides an overview of electric vehicles and their integration into smart grids. Some key points:
- Electric vehicles (EVs) are becoming more prevalent and can provide flexibility to smart grids through technologies like vehicle-to-grid that allow EVs to send power back to the grid.
- Unmanaged EV charging could strain the grid during peak times. Smart charging, where charging is shifted to off-peak periods, helps address this issue.
- The smart grid allows for remote monitoring and management of EV charging stations to optimize charging and provide services to the grid like demand response.
- Widespread EV adoption could both challenge and benefit utilities by requiring grid upgrades but also opening opportunities through customer relationships and
This document summarizes battery energy storage systems for power utilities and electric vehicles. It discusses the different types of battery energy storage options available, including lead-acid, sodium sulfur, zinc bromine, and zinc chloride batteries. For power utilities, it examines battery energy storage systems used for load leveling, peak shaving, frequency control and spinning reserve. It also provides details on several demonstration battery energy storage plants that have been built. For electric vehicles, it discusses the specifications and types of cycles required of batteries for energy storage and propulsion.
V2G allows electric vehicles to provide power to the electrical grid during periods of peak demand by allowing two-way power flow. There are three main versions of V2G involving battery-powered vehicles that can provide power to the grid from excess battery capacity during peak times and recharge during off-peak times. V2G systems provide benefits like peak load leveling and spinning reserves but challenges include potential grid overloading and high vehicle costs compared to ICE vehicles.
Electric Vehicle Charging Stations for Commercial Real Estate ProfessionalsSemaConnect
SemaConnect is the leading provider of electric vehicle amenities to the North American commercial and residential property market. Learn about the new mass market electric vehicle industry, the benefits of installing an EV charging station at commercial properties, installation considerations and EV charging station incentive programs.
The document discusses setting up electric vehicle charging stations in India using green energy sources. It provides details on types of charging stations, battery storage systems, and ensuring safety and protection from lightning strikes and power surges in the electrical systems. Standards and approvals from organizations like IEC and NBC are recommended to be followed for lightning protection installation and equipment earthing design.
India Electric Vehicle Market 2018 2025: Report SampleANS MarketPro
India Electric Vehicle Market 2018-2025: Analytics, Value Chain, Strategy, Investment and Competitor Mapping, By Type of EV Technology (BEV, PHEV), By Type of Vehicle (Passenger Cars, Two-Wheelers, Three-Wheelers, Commercial Vehicles), By Charging Infrastructure (Normal Charging and High-Power Charging), By End-user (Individuals, Commercial Enterprises and Government) and Geography
OpConnect is a minority- and veteran-owned company that operates electric vehicle charging stations across the United States. They manage over 500 charging spots and have stations in eight states. Their charging stations are designed and manufactured in the US and allow drivers to plug in their electric vehicles and charge the battery via an easy to use touchscreen interface. OpConnect aims to help transform communities and businesses by providing reliable and convenient electric vehicle charging options.
Hosted by KTN, this event brought together the projects that were funded as part of the £30 million UK government funding to support and develop vehicle-to-grid (V2G) technologies - aiming to enable electric cars and other vehicles to deliver electricity back to the smart grid, to light homes and power businesses.
A great opportunity for local councils, fleet owners (looking to go electric) or those in the Energy and Infrastructure sectors.
The event looked at:
- Benefits and learnings from the V2G cohort projects;
- V2G Grid connections (as it was noted that the G99 process could be elongated at times)
- Update from Ofgem (including a Q&A session)
Find out more: https://ktn-uk.co.uk/news/v2g-vehicle-to-grid-cohort-the-future
V2X or bidirectional charging allows power to flow in both directions between electric vehicles and the electric grid. This technology enables various applications like peak shaving, emergency power backup, and grid services. While some EVs support bidirectional charging, challenges remain around customer awareness, coordination between parties, and potential battery degradation. Delta has implemented V2X projects worldwide involving bidirectional chargers and has collaborated with utilities and research institutions to test V2X applications.
Now India is Implementing with Preference and Priority A Green Carbon Free Silent Road Transportation Electric Vehicle and Charging Infrastructure. To Charge These Vehicle we need more power and Separate Power Infrastructure to ensure Stable and Clean Power System with support 24X7 only possible with addition Solar PV Power Plant and High Energy Storage Power System adoption and Implements where demand is more that 1MW.
Our Broad Band and Telecom Signal should be Strong Signal and Fast response as and when require by System.
Ministry Of Urban Infra , Railways, Power , National Highway and Road Infra already advise all State and Central to offer Charging Facilities as per demand in the Market 3KM Radius Public Charging and 25KM Both side of Highways Electric Vehicle Charging Station for Charging 2/3/4 Wheeler Vehicle along with Passenger Buses and Heavy Fleet Electric Vehicles.
This Can be Charging Station or with Restaurant in Highways power demand may be 2.00MW-4.00MW .
Plz Find Attach latest presentation EV Charging Infra from Linkvue System Pvt Ltd Kindly go through .visit www.linkvuesystem.com
We are into Manufacturing , Supply ,Design ,Engineering ,Selection of Genuine and Right Products with supervision support for Installation .
Electrical Safety Earthing ,Lightning and Surge Protection
Net Working Solution LAN ,Fiber ,Wireless and GSM Solutions
Automation and Data Logger RTU's
Protocol Convertor and FO Convertors
CCTV .Fire Alarm ,Access Controls, Security Systems
Fencing PIDS
Industrial PLUG Socket IP 68 Out door up to 400 Amps
Electric Vehicle Charging Connectors and Harness
Solar MC4 Connectors with and Without Fuses
Plz Contact M-9811247237 Mahesh Chandra Manav
manav.chandra@linkvuesystem.com.
The document outlines a business plan for a startup developing a wireless EV charging solution called Mobi. The company conducted extensive customer research including over 100 interviews and traveled over 6,600 miles. Their solution aims to make EV charging more convenient and scalable by using autonomous robotic chargers that can move to vehicles. The business model canvas details potential partners, activities, value propositions, customer relationships, segments, resources, channels, cost structure, and revenue streams as the company tests various hypotheses to refine their model.
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.
This presentation covers Electric Vehicle Service Equipment (EVSE). From the basics, to the market, standards, and trends, this presentation covers it all.
UPCOMING TRENDS IN EV CHARGING INFRASTRUCTURE AND FUTURE OUTLOOKiQHub
Upcoming trends in electric vehicle charging infrastructure were presented. Key trends include the development of ultra-fast 150-350 kW charging stations, adoption of vehicle-to-grid and vehicle-to-home technologies, and use of blockchain and cloud-based systems. Vehicle owners prefer affordable charging costs and stations that are easy to use. As EV adoption increases, widespread public charging infrastructure will be needed to support electric mobility.
The document discusses OpConnect, a company that provides electric vehicle charging infrastructure and services. It describes OpConnect's background and credentials in developing communication and security software. It also outlines OpConnect's electric vehicle charging stations and networking capabilities. Finally, it discusses several business models for electric vehicle charging infrastructure, including selling hardware, user fees, partnerships with automakers, electric utilities, loyalty programs, and mobile advertising.
The electric vehicles market in India is currently small but expected to grow substantially over the next decade. Current market share is less than 0.1% but demand is estimated to increase 50 times by 2020 to 5 million units according to industry studies. The market is dominated by electric two-wheelers and led by Mahindra Reva in passenger electric cars. Growth will depend on continued government support through incentives coupled with advances in battery technology and industry investments. However, high prices, lack of charging infrastructure, and customer acceptance remain key challenges.
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.
CHARGING INNOVATIONS AND INFRASTRUCTURE DEPLOYMENT FOR 2030 EV ADOPTIONiQHub
The document discusses challenges facing the widespread adoption of electric vehicles (EVs) and the development of EV charging infrastructure in the United States. It notes that while EVs currently make up less than 1% of vehicles on the road, consumer skepticism toward EVs has grown due to concerns over pricing, availability of charging stations, and battery technology limitations. The development of charging infrastructure has been hampered by high costs, lengthy permitting times, reliability issues, and a lack of coordinated investment in grid upgrades. Overcoming these roadblocks will be key to supporting the expected rise in EV adoption to 2030 and beyond.
The document discusses smart grid technology, including its key features and components. A smart grid uses two-way digital communication to deliver power more efficiently by integrating renewable energy, automated demand response, and distributed generation. It allows for better management of supply and demand through technologies like smart meters, power line communication, and advanced distribution automation. The smart grid aims to address issues with existing power grids like high outage costs and inefficient peak load management through real-time monitoring and control enabled by communication networks and technologies. Future work is still needed in areas like security, standardization, and reducing upfront consumer expenses.
Adverse effects of fossil fuel burning and internal combustion engine vehicles have alarmed nations worldwide. Governments are taking steps to promote the use of Electric Vehicles due to less carbon emissions and to pacify the environmental issues. The added load of Electric Vehicles poses a threat to the existing grid which leads to instability of the grid. The problem of demand supply mismatching can be solved by integrating the renewable energy sources with Electric vehicle charging station resulting in bi-directional flow of power. Vehicle to Grid technology helps the utility with active and reactive power support by feeding power from battery pack to grid and vice versa. Vehicle to Grid describes a system in which electric vehicles, plug-in hybrid, fuel cells electric vehicles are connected to the power grid to provide high power, spinning reserves, regulation services etc. The perspective of this study is to evolve a smart charging schedule based on the load on grid, time of use of the EV and other factors in order to minimize cost of charging for electric utilities and EVs as well as promote profits to EV owners.
Electric Vehicle Charging Stations for Commercial Real Estate ProfessionalsSemaConnect
SemaConnect is the leading provider of electric vehicle amenities to the North American commercial and residential property market. Learn about the new mass market electric vehicle industry, the benefits of installing an EV charging station at commercial properties, installation considerations and EV charging station incentive programs.
The document discusses setting up electric vehicle charging stations in India using green energy sources. It provides details on types of charging stations, battery storage systems, and ensuring safety and protection from lightning strikes and power surges in the electrical systems. Standards and approvals from organizations like IEC and NBC are recommended to be followed for lightning protection installation and equipment earthing design.
India Electric Vehicle Market 2018 2025: Report SampleANS MarketPro
India Electric Vehicle Market 2018-2025: Analytics, Value Chain, Strategy, Investment and Competitor Mapping, By Type of EV Technology (BEV, PHEV), By Type of Vehicle (Passenger Cars, Two-Wheelers, Three-Wheelers, Commercial Vehicles), By Charging Infrastructure (Normal Charging and High-Power Charging), By End-user (Individuals, Commercial Enterprises and Government) and Geography
OpConnect is a minority- and veteran-owned company that operates electric vehicle charging stations across the United States. They manage over 500 charging spots and have stations in eight states. Their charging stations are designed and manufactured in the US and allow drivers to plug in their electric vehicles and charge the battery via an easy to use touchscreen interface. OpConnect aims to help transform communities and businesses by providing reliable and convenient electric vehicle charging options.
Hosted by KTN, this event brought together the projects that were funded as part of the £30 million UK government funding to support and develop vehicle-to-grid (V2G) technologies - aiming to enable electric cars and other vehicles to deliver electricity back to the smart grid, to light homes and power businesses.
A great opportunity for local councils, fleet owners (looking to go electric) or those in the Energy and Infrastructure sectors.
The event looked at:
- Benefits and learnings from the V2G cohort projects;
- V2G Grid connections (as it was noted that the G99 process could be elongated at times)
- Update from Ofgem (including a Q&A session)
Find out more: https://ktn-uk.co.uk/news/v2g-vehicle-to-grid-cohort-the-future
V2X or bidirectional charging allows power to flow in both directions between electric vehicles and the electric grid. This technology enables various applications like peak shaving, emergency power backup, and grid services. While some EVs support bidirectional charging, challenges remain around customer awareness, coordination between parties, and potential battery degradation. Delta has implemented V2X projects worldwide involving bidirectional chargers and has collaborated with utilities and research institutions to test V2X applications.
Now India is Implementing with Preference and Priority A Green Carbon Free Silent Road Transportation Electric Vehicle and Charging Infrastructure. To Charge These Vehicle we need more power and Separate Power Infrastructure to ensure Stable and Clean Power System with support 24X7 only possible with addition Solar PV Power Plant and High Energy Storage Power System adoption and Implements where demand is more that 1MW.
Our Broad Band and Telecom Signal should be Strong Signal and Fast response as and when require by System.
Ministry Of Urban Infra , Railways, Power , National Highway and Road Infra already advise all State and Central to offer Charging Facilities as per demand in the Market 3KM Radius Public Charging and 25KM Both side of Highways Electric Vehicle Charging Station for Charging 2/3/4 Wheeler Vehicle along with Passenger Buses and Heavy Fleet Electric Vehicles.
This Can be Charging Station or with Restaurant in Highways power demand may be 2.00MW-4.00MW .
Plz Find Attach latest presentation EV Charging Infra from Linkvue System Pvt Ltd Kindly go through .visit www.linkvuesystem.com
We are into Manufacturing , Supply ,Design ,Engineering ,Selection of Genuine and Right Products with supervision support for Installation .
Electrical Safety Earthing ,Lightning and Surge Protection
Net Working Solution LAN ,Fiber ,Wireless and GSM Solutions
Automation and Data Logger RTU's
Protocol Convertor and FO Convertors
CCTV .Fire Alarm ,Access Controls, Security Systems
Fencing PIDS
Industrial PLUG Socket IP 68 Out door up to 400 Amps
Electric Vehicle Charging Connectors and Harness
Solar MC4 Connectors with and Without Fuses
Plz Contact M-9811247237 Mahesh Chandra Manav
manav.chandra@linkvuesystem.com.
The document outlines a business plan for a startup developing a wireless EV charging solution called Mobi. The company conducted extensive customer research including over 100 interviews and traveled over 6,600 miles. Their solution aims to make EV charging more convenient and scalable by using autonomous robotic chargers that can move to vehicles. The business model canvas details potential partners, activities, value propositions, customer relationships, segments, resources, channels, cost structure, and revenue streams as the company tests various hypotheses to refine their model.
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.
This presentation covers Electric Vehicle Service Equipment (EVSE). From the basics, to the market, standards, and trends, this presentation covers it all.
UPCOMING TRENDS IN EV CHARGING INFRASTRUCTURE AND FUTURE OUTLOOKiQHub
Upcoming trends in electric vehicle charging infrastructure were presented. Key trends include the development of ultra-fast 150-350 kW charging stations, adoption of vehicle-to-grid and vehicle-to-home technologies, and use of blockchain and cloud-based systems. Vehicle owners prefer affordable charging costs and stations that are easy to use. As EV adoption increases, widespread public charging infrastructure will be needed to support electric mobility.
The document discusses OpConnect, a company that provides electric vehicle charging infrastructure and services. It describes OpConnect's background and credentials in developing communication and security software. It also outlines OpConnect's electric vehicle charging stations and networking capabilities. Finally, it discusses several business models for electric vehicle charging infrastructure, including selling hardware, user fees, partnerships with automakers, electric utilities, loyalty programs, and mobile advertising.
The electric vehicles market in India is currently small but expected to grow substantially over the next decade. Current market share is less than 0.1% but demand is estimated to increase 50 times by 2020 to 5 million units according to industry studies. The market is dominated by electric two-wheelers and led by Mahindra Reva in passenger electric cars. Growth will depend on continued government support through incentives coupled with advances in battery technology and industry investments. However, high prices, lack of charging infrastructure, and customer acceptance remain key challenges.
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.
CHARGING INNOVATIONS AND INFRASTRUCTURE DEPLOYMENT FOR 2030 EV ADOPTIONiQHub
The document discusses challenges facing the widespread adoption of electric vehicles (EVs) and the development of EV charging infrastructure in the United States. It notes that while EVs currently make up less than 1% of vehicles on the road, consumer skepticism toward EVs has grown due to concerns over pricing, availability of charging stations, and battery technology limitations. The development of charging infrastructure has been hampered by high costs, lengthy permitting times, reliability issues, and a lack of coordinated investment in grid upgrades. Overcoming these roadblocks will be key to supporting the expected rise in EV adoption to 2030 and beyond.
The document discusses smart grid technology, including its key features and components. A smart grid uses two-way digital communication to deliver power more efficiently by integrating renewable energy, automated demand response, and distributed generation. It allows for better management of supply and demand through technologies like smart meters, power line communication, and advanced distribution automation. The smart grid aims to address issues with existing power grids like high outage costs and inefficient peak load management through real-time monitoring and control enabled by communication networks and technologies. Future work is still needed in areas like security, standardization, and reducing upfront consumer expenses.
Adverse effects of fossil fuel burning and internal combustion engine vehicles have alarmed nations worldwide. Governments are taking steps to promote the use of Electric Vehicles due to less carbon emissions and to pacify the environmental issues. The added load of Electric Vehicles poses a threat to the existing grid which leads to instability of the grid. The problem of demand supply mismatching can be solved by integrating the renewable energy sources with Electric vehicle charging station resulting in bi-directional flow of power. Vehicle to Grid technology helps the utility with active and reactive power support by feeding power from battery pack to grid and vice versa. Vehicle to Grid describes a system in which electric vehicles, plug-in hybrid, fuel cells electric vehicles are connected to the power grid to provide high power, spinning reserves, regulation services etc. The perspective of this study is to evolve a smart charging schedule based on the load on grid, time of use of the EV and other factors in order to minimize cost of charging for electric utilities and EVs as well as promote profits to EV owners.
IRJET- The Progress of Electric VehicleIRJET Journal
The document summarizes the progress that has been made in electric vehicles. It discusses how electric vehicles have grown in popularity in recent years due to concerns about air pollution and energy consumption. The key areas of development have been improving battery technologies like increasing battery life and reducing costs. Recent reports show electric vehicle stock has increased significantly worldwide in the last few years, led by China, Europe, and the US. The future of transportation is expected to increasingly involve the electrification of vehicles.
Opportunities for v2 g integrating plug-in vehicles and the electric grid (to...CALSTART
CALSTART New Fuel Program Manager, Dr Jasna Tomic, presented on vehicle-to-grid technology at UCLA in April 2011. In this presentation, Dr Tomic addresses some of the barriers and opportunities to use battery power generated by a new generation of electric vehicles by putting it back onto the grid.
This document discusses a proposed prototype for an ultracapacitor-operated city bus. Ultracapacitors provide advantages over lithium-ion batteries such as longer lifespan, ability to charge and discharge quickly, and increased safety. The prototype would use multiple 3V motors powered by ultracapacitors instead of batteries. Calculations are shown for selecting the capacitor, booster, and motor specifications needed. The objectives are to design and demonstrate a hybrid electric transit bus with reduced emissions and operating costs compared to diesel buses.
Design & Simulation of Battery management system in Electrical Vehicles Using...IRJET Journal
This document discusses the design and simulation of a battery management system for electric vehicles using MATLAB. It describes developing an electrical circuit model of a lithium-ion battery in MATLAB and using it to simulate battery parameters like state of charge, voltage, and current under different operating conditions. The goal is to understand the mathematical relationship between input and output battery parameters and evaluate the battery's charging and discharging behavior.
This document discusses the manufacturing of a solar car. It describes the key components of the solar car, including solar panels, batteries, a brushless DC motor, and a charge controller. The solar panels collect energy from the sun which is stored in lead-acid batteries. The batteries then provide power to the brushless DC motor, which drives the car. The charge controller regulates the voltage to prevent overcharging of the batteries. The document analyzes the performance of the solar car system, including the effects of solar panel area and orientation on vehicle performance and fuel savings compared to gasoline-powered vehicles. It is concluded that solar electric vehicles have the potential to significantly reduce fuel consumption and emissions in a sustainable way.
The document proposes a research project on vehicle to grid (V2G) technology using power electronic converters. The objectives are to develop efficient bidirectional converters for charging electric vehicles from the grid and discharging stored vehicle battery power back to the grid. This will help regulate grid frequency and load levels. The methodology involves identifying suitable batteries for V2G through software modeling and testing. A novel voltage balancing circuit for batteries and supercapacitors will be developed, along with bidirectional AC-DC and DC-DC converters to integrate electric vehicles with the power grid. The project aims to advance India's electric vehicle industry and support its commitments to reducing emissions and dependence on oil imports.
IRJET - OR-DEV System (On Road Dynamic Charging for Electric Vehicles)IRJET Journal
This document summarizes a research paper on a proposed wireless charging system for electric vehicles called OR-DEV (On Road Dynamic Charging for Electric vehicles). It introduces an inductive wireless charging lane for EVs with embedded coils that would allow continuous charging of EVs as they drive on the roadway. The system aims to address limitations of traditional electric charging by reducing charging times and not requiring EVs to stop for charging. It presents the background on electric vehicles and motivation for dynamic wireless charging. The system architecture and initial simulation results showing high charging efficiency are summarized. The document also reviews related work on wireless charging systems and discusses how the proposed system could increase EV mileage and reduce waiting times for charging.
APPLICATION OF PHEVs FOR SMART GRID IN INDIAN POWER SECTOR1Eshwar Pisalkar
This document discusses the application of plug-in hybrid electric vehicles (PHEVs) for smart grids in the Indian power sector. It describes how PHEVs can help with demand side management by charging from renewable energy sources and providing power back to the grid. The document also examines issues like harmonic distortion caused by PHEV charging and its impact on transformers. It proposes a distributed strategy for PHEV charging and discharging that involves regional dispatch centers and charging stations. Finally, it suggests that introducing electric 2-wheelers widely in India first could significantly reduce household power demand.
This document discusses electric drive technology trends, challenges, and opportunities for future electric vehicles. It summarizes the US Department of Energy's 2025 targets for electric passenger vehicles, which aim to significantly increase power density and reduce costs and size of electric traction drives. The document then reviews recent trends in inverter and electric motor designs that use new wide-bandgap semiconductor and magnetic materials to improve performance and meet these aggressive 2025 targets. Specifically, it explores how silicon carbide and gallium nitride power devices, as well as new winding, lamination, and permanent magnet materials, are enabling higher speed, power density, and efficiency electric drives.
IRJET- Vehicle Battery Charger Booth using Hybrid Power SystemIRJET Journal
This document describes a vehicle battery charger booth that uses a hybrid power system of solar panels and the electrical grid. The booth allows electric vehicles to charge while traveling on the road. It uses a microcontroller to control and time the charging process, which is displayed on an LCD screen. The booth employs RFID cards to identify vehicles and manage access to the charging ports. It provides a convenient public charging option to support the growing market of electric vehicles.
This document discusses electric vehicle battery swapping stations as a solution to barriers around EV adoption. It proposes a multi-objective optimization model to determine the optimal strategy for operating a battery swapping station. The model considers minimizing costs from battery utilization, damage from different charging methods, and dynamic electricity costs, while satisfying demand. The solution provides the optimal number of batteries to use from stock and charging decisions for incoming discharged batteries. The results from two optimization tools, Solver in MS Excel and Lingo software, were compared.
The document provides guidance on electric vehicle charging infrastructure in the UK, outlining the different charging modes and equipment types, installation locations, and market development considerations. It discusses that most EV charging will take place at home or work but public infrastructure is also important, and notes the need for solutions for those without off-street parking. It outlines the common connector types and power levels for different modes, with Mode 3 AC and Mode 4 DC chargers able to provide higher power for public use. Governments are supporting electrification to reduce emissions and energy security issues.
IRJET - Wireless Charging Station for Electric Vehicle IRJET Journal
This document discusses wireless charging systems for electric vehicles. It begins by introducing the motivation for electric vehicles to reduce emissions and discusses some limitations of wired charging systems, such as inconvenience. Wireless charging systems are presented as an opportunity to charge electric vehicles simply by parking over a charging spot or even while driving. The document then provides details on the basic operating principles of wireless charging and categorizes wireless charging systems as either static (vehicle is stationary) or dynamic (vehicle is moving). Static wireless charging systems can be installed in parking lots while dynamic wireless charging allows charging during transit. The document discusses challenges with wireless charging systems and their future potential to revolutionize transportation.
CALSTART Fuels Program Manager, Dr Jasna Tomic, presented on vehicle-to-grid (V2G) technology at Plug-In 2009, Long Beach, CA "Plug-in Vehicles as Sources of Power"
Battery technologies are central to delivering significant advances in a wide range
of industries, from electric vehicles to renewable power. This has catapulted
battery technology to the top of the priority list for many players, leading to a huge
boom in investment, as companies try to build key positions in the market.
However, this investment frenzy threatens to lead companies to rush forward
without asking themselves key questions. What will the landscape look like when
the dust settles? Which technology will dominate the battery space in the future,
and what are the potential scenarios for future growth? How do I (as a chemical
company, utility, investor, battery manufacturer, automotive manufacturer, mobility
provider or government / regulator) prepare for the future and position myself to
benefit?
There is no simple answer to these questions, as they depend on a range of
factors, from the speed of new innovation to the ability to reduce costs of existing
technologies.
Innovation needs for the integration of electric vehicles into the energy systemDrStefanWolf
The mitigation of climate change and the substitution of fossil energy sources is one of the greatest tasks of
our time. Electric mobility is the most promising solution to decarbonize the transport sector. As the market
for electric vehicles is quickly gaining momentum, an urgent need for intelligent integration of the
energy and mobility system arises. This integration leads to a multitude of technical, economic and social
challenges. Thus, this paper aims to identify the need for future research, development, standardization and
regulation to provide recommendations for action.
Presentation by:
Dr. Stefan Wolf and Roman Korzynietz
VDI/VDE Innovation + Technik GmbH
Presented at:
32nd International Electric Vehicle Symposium in Lyon (France)
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5th LF Energy Power Grid Model Meet-up SlidesDanBrown980551
5th Power Grid Model Meet-up
It is with great pleasure that we extend to you an invitation to the 5th Power Grid Model Meet-up, scheduled for 6th June 2024. This event will adopt a hybrid format, allowing participants to join us either through an online Mircosoft Teams session or in person at TU/e located at Den Dolech 2, Eindhoven, Netherlands. The meet-up will be hosted by Eindhoven University of Technology (TU/e), a research university specializing in engineering science & technology.
Power Grid Model
The global energy transition is placing new and unprecedented demands on Distribution System Operators (DSOs). Alongside upgrades to grid capacity, processes such as digitization, capacity optimization, and congestion management are becoming vital for delivering reliable services.
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What to expect
For the upcoming meetup we are organizing, we have an exciting lineup of activities planned:
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1. ISGAN –
International Smart Grid
Action Network
Andrew W. Thompson
PhD Candidate Energy Economics
University of Paris-Saclay
April 2019
2. ISGAN in a Nutshell
Created under the auspices of:
the Implementing
Agreement for a
Co-operative
Programme on Smart
Grids
1/8/2018 ISGAN IN A NUTSHELL 2
Strategic platform to support high-level government
knowledge transfer and action for the accelerated
development and deployment of smarter, cleaner
electricity grids around the world
International Smart Grid Action Network is
the only global government-to-
government forum on smart grids.
an initiative of the
Clean Energy
Ministerial (CEM)
6. Introduction
1/8/2018 ISGAN STANDARD PRESENTATION 6
Image Source: IEA Global EV Outlook 2018
Image Source: IEA Global EV Outlook 2018
Global EV Stock
8. Introduction
1/8/2018 ISGAN STANDARD PRESENTATION 8
Images Source: IEA Global EV Outlook 2018
Global EV Charger Stock
Total Electric Vehicle Charger Stock
Public Electric Vehicle Charger Breakdown
11. Introduction
1/8/2018 11
“Duck Curve” – Grid impact from increasing solar energy
Images Source: California ISO / Jordan Wirfs-Brock: http://insideenergy.org/2014/10/02/ie-questions-why-is-california-trying-to-behead-the-duck/
12. Introduction
1/8/2018 ISGAN STANDARD PRESENTATION 12
Summary
Over 3 Million EVs on the road today, 40% in China
Sustained Exponential Growth is expected = 130 – 220 Million EVs by 2030
Significant portion of electricity demand increase largely driven by EVs
EV charging, if left unmanaged, will worsen peak electricity demand
14. Vehicle-to-Everything (V2X) Energy
Services
1/8/2018 ISGAN STANDARD PRESENTATION 14
Vehicle-to-Everything (V2X) is an umbrella term to explain the use of Electric Vehicle (EV) batteries to provide
energy services and derive additional value from the battery asset during times of non-use
V2X services aim to generate revenue from the battery asset through dynamic or bi-directional charge control to
provide benefits to the electric grid or to reduce/flatten/shift peak energy consumption of buildings and homes
V2X can be classified in the following operating modes:
Vehicle-to-Grid (V2G): Using an EV battery to interact with/provide value to the electric grid
Vehicle-to-Building (V2B): Operating EV batteries to optimize building energy consumption
Vehicle-to-Home (V2H): Optimizing home energy consumption or using EVs as emergency back-up power
Vehicle-to-Load (V2L): Any other instance of an EV battery providing energy to a load
V2X Definition
15. Vehicle-to-Everything (V2X) Energy
Services
1/8/2018 ISGAN STANDARD PRESENTATION 15
V2X Topology Explained
Image Source: C. Liu, K.T. Chau, D. Wu, S. Gao, Opportunities and challenges of vehicle-to-home, vehicle-to-vehicle, and vehicle-to-grid technologies, Proc. IEEE
101 (2013) 2409–2427, http://dx.doi.org/10.1109/JPROC.2013.2271951.
18. Vehicle-to-Everything (V2X) Energy
Services
• Battery Storage Valuation Reports
• Lazard’s Levelized Cost of Storage Analysis (LCOS) v 3.0
• Rocky Mountain Institute (RMI): The Economics of Battery Energy
Storage
• Electrification Reports
• Rocky Mountain Institute (RMI)
• The Brattle Group
• NREL
• The Regulatory Assistance Project
• Electric Water/Heating Reports
• RMI: The Economics of Electrifying Buildings
• Brattle: The Hidden Battery Opportunities in Electric Water Heating
1/8/2018 ISGAN STANDARD PRESENTATION 18
Meta-Analysis Sources
$/KW PER YEAR
19. Vehicle-to-Everything (V2X) Energy
Services
Wholesale
Frequency Regulation
Resource Adequacy
Utility
Distribution Deferral
Transmission Deferral
Customer (Residential, Commercial, Industrial)
Emergency Back-up
Wholesale
Demand Response (Wholesale)
Energy Arbitrage
Spin/Non-Spin Reserves
Utility
Transmission Congestion Relief
Demand Response (Utility)
Customer (Residential, Commercial, Industrial)
Bill Management
Emergency Back-up
1/8/2018 ISGAN STANDARD PRESENTATION 19
Power/Capacity Based Services Energy Based Services
21. Vehicle-to-Everything (V2X) Energy
Services
1/8/2018 ISGAN STANDARD PRESENTATION 21
Image Source: W. Kempton et al “A Test of Vehicle-to-Grid ( V2G ) for Energy Storage and Frequency Regulation in the PJM
System,” 2009.
V2G Test
24. Vehicle-to-Everything (V2X) Energy
Services
1/8/2018 ISGAN STANDARD PRESENTATION 24
V2X Summary
Operation depends on topology employed (V2G, V2B, etc)
and underlying energy service(s) provided:
Stacked revenue streams important
RA/FR
Bill Management
Trans/Dis Deferral
Key distinction between Power and Energy Services
Vehicle-to-Grid (V2G): Aggregators bidding in markets
Vehicle-to-Building (V2B): Fleets of vehicles co-optimized with rooftop solar and DER
Vehicle-to-Home (V2H): Using vehicle as back-up generator or integrated with solar and home energy system
Vehicle-to-Load (V2L): Likely to be used in rural/emergency situations
$/KW PER
YEAR
25. V2X and Battery Degradation
1/8/2018 ISGAN STANDARD PRESENTATION 25
26. Li-ion Battery Degradation
1/8/2018 26Image Source: A.W. Thompson, Economic implications of lithium ion battery degradation for Vehicle-to-Grid (V2X) services, J.
Power Sources. 396 (2018) 691–709. doi:10.1016/j.jpowsour.2018.06.053.
27. Li-ion Battery Degradation
1/8/2018 ISGAN STANDARD PRESENTATION 27
Calendar vs Cycling Aging
Image Source: Wang, J., et. al. “Degradation of lithium ion batteries employing graphite negatives and nickel cobalt manganese oxide þ spinel manganese oxide
positives: Part 1, aging mechanisms and life estimation.” J. Power Sources 269, 937–948.
28. V2X to Minimize Battery Degradation
1/8/2018 ISGAN STANDARD PRESENTATION 28
Images Source: Uddin, K., Jackson, T., Widanage, W.D., Chouchelamane, G., Jennings, P.A., Marco, J., 2017. On the possibility of extending the lifetime of lithium-ion
batteries through optimal V2G facilitated by an integrated vehicle and smart-grid system. Energy 133, 710–722. doi:10.1016/j.energy.2017.04.116
29. V2X to Minimize Battery Degradation
1/8/2018 ISGAN STANDARD PRESENTATION 29
Images Source: Uddin, K., Jackson, T., Widanage, W.D., Chouchelamane, G., Jennings, P.A., Marco, J., 2017. On the possibility of extending the lifetime of lithium-
ion batteries through optimal V2G facilitated by an integrated vehicle and smart-grid system. Energy 133, 710–722.
30. V2X to Minimize Battery Degradation
1/8/2018 ISGAN STANDARD PRESENTATION 30
Images Source: Hoke, A., Brissette, A., Pratt, A., Smith, K., 2011a. Electric Vehicle Charge Optimization Including Effects of Lithium-Ion Battery Degradation.
31. V2X to Minimize Battery Degradation
1/8/2018 ISGAN STANDARD PRESENTATION 31
Image Source: Hoke, A., Brissette, A., Pratt, A., Smith, K., 2011a. Electric Vehicle Charge Optimization Including Effects of Lithium-Ion Battery Degradation.
32. Vehicle-to-Everything (V2X) Energy
Services
1/8/2018 ISGAN STANDARD PRESENTATION 32
V2X and Battery Degradation Summary
Economic valuation of V2X (and BESS) cannot ignore physical reality
Calendar Aging is most prominent factor in battery degradation
The Temperature and SOC at which a battery sits
Semi-Empirical Electrochemical Battery models are our best estimation method
Cost prohibitive and time consuming to perform tests over 8-10 year EOL
Should be expanded to allow for better estimation of V2X impact on battery life
V2X is more valuable than market revenue generated
Additional value through battery life prolongation
Additional value through optimized charging algorithms which incorporate V2X
Battery chemistry may dictate cost-effective service provision
34. V2X Regulatory Issues
1/8/2018 ISGAN STANDARD PRESENTATION 34
Regulatory Analysis Framework
Image Source: O. Borne, K. Korte, Y. Perez, M. Petit, A. Purkus, Barriers to entry in frequency-regulation services markets: Review of the status quo and options for
improvements, Renew. Sustain. Energy Rev. 81 (2018) 605–614. doi:10.1016/j.rser.2017.08.052.
35. V2X Regulatory Issues
1/8/2018 ISGAN STANDARD PRESENTATION 35
Module A: Market rules of aggregation
Technical definitions of aggregation
Who is allowed to aggregate?
Are there preference to certain voltage connection points?
What are performance requirements?
Interoperability between DSOs
Are there barriers to new entry?
Can aggregation happen between DSOs?
Aggregation Method
Telemetry Aggregation
Energy dispatched by Aggregator
Financial Aggregation
Energy is dispatched by DSO
36. V2X Regulatory Issues
1/8/2018 ISGAN STANDARD PRESENTATION 36
Module B: Rules defining energy products
Minimum Bid Size
100 kW – 5 MW
Key consideration for V2X viability
Time Duration
Period of time that resource must be available
If too long, V2X provision will be difficult
Distance to Real-Time Reservation
How far in advance must the product be procured?
Product Symmetry
Separation of Upwards and Downwards Reserves?
Symmetrical offer of Up/downwards reserves
37. V2X Regulatory Issues
1/8/2018 ISGAN STANDARD PRESENTATION 37
Module C: Rules for remuneration
Payment Schemes
Regulated Tariffs
Pay-as-Bid
Uniform pricing
Mandatory vs Voluntary
Performance bonus
Yes or No?
If resource offers additional flexibility or faster response time this constitutes added value
38. Conclusions
Significant portion of electricity demand increase driven by EVs
Sustained Exponential Growth is expected = 130 – 220 Million EVs by 2030
Need to manage charging
Vehicle-to-Everything (V2X) is an umbrella term to explain the use of
Electric Vehicle (EV) batteries to provide energy services and derive
additional value from the battery asset during times of non-use
New monetization opportunities
Resource Adequacy
Frequency Regulation
Trans/Distribution Deferral
Emergency Back up power
V2X can be used to improve battery lifetime
Significant regulatory barriers still persist
Minimum bidding requirements (100 kW – 10 MW)
Inability to provide reserves in one direction
High “participation” fees (eg 1,000 $/month)
Outright preclusion of V2X or Aggregators
V2X economics highly variable
Locational dependency
Stacked value streams likely required
How to realize?
Which value streams can be captured?
Which values steams concurrently?
Blended portfolio of costs/revenues
1/8/2018 ISGAN STANDARD PRESENTATION 38
39. References
1/8/2018 ISGAN STANDARD PRESENTATION 39
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