This webinar is part of a 1-hour webinar series hosted by the Cross-Sector Battery Systems Innovation Network. Each webinar focusses on Batteries for Defence.
Building on the successful launch of the Cross-Sector Battery Systems Innovation Network in late September 2020, this webinar series will look into the opportunities and trends for Batteries in Defence, Maritime and Rail. Each session will bring together experts looking at the supply and demand side for batteries, technical requirements and explore how these wide range of sectors can decarbonise through batteries.
The Cross-Sector Battery Systems Innovation Network will develop a self-sustaining and collaborative community of technology developers and end-users from multiple sectors. The CSBS Innovation Network community will share knowledge around the challenges and opportunities associated with batteries for a broad range of sectors such as aerospace, rail, maritime, stationary storage and other niche applications.
Cross-Sector Battery Systems Innovation Network | Batteries For… DefenceKTN
This webinar is part of a 1-hour webinar series hosted by the Cross-Sector Battery Systems Innovation Network. Each webinar focusses on Batteries for Defence.
Building on the successful launch of the Cross-Sector Battery Systems Innovation Network in late September 2020, this webinar series will look into the opportunities and trends for Batteries in Defence, Maritime and Rail. Each session will bring together experts looking at the supply and demand side for batteries, technical requirements and explore how these wide range of sectors can decarbonise through batteries.
The Cross-Sector Battery Systems Innovation Network will develop a self-sustaining and collaborative community of technology developers and end-users from multiple sectors. The CSBS Innovation Network community will share knowledge around the challenges and opportunities associated with batteries for a broad range of sectors such as aerospace, rail, maritime, stationary storage and other niche applications.
Future Flight Fridays: Economic Benefits of Future FlightKTN
Join us monthly on a Friday lunchtime for Future Flight Fridays, a series of hour-long webinars ideal for anyone interested in becoming involved in the Future Flight programme. The series will cover diverse subjects and will help participants foster collaborations and share knowledge.
Kicking of Future Flight Fridays 2021 series with an introduction from PWC to the recently published Future Flight Challenge socio-economic study which showcases both the potential economic and societal benefits associated with six key use-cases. It will be followed by an investor panel discussion.
Future Flight Fridays is KTN’s webinar series that will help anyone interested in becoming involved in this programme to foster collaborations and share knowledge.
The Future Flight Challenge is a four year, £125m, Industrial Strategy Challenge Fund programme. Future Flight aims to revolutionise the way people, goods and services fly. It will support the development of a novel, integrated aviation system.
This challenge needs expertise from diverse sectors, not just aviation. The monthly webinar series will feature topics from various relevant sectors including creative industries, digital, infrastructure and law.
If you’re interested in building a diverse consortium, gaining new insights and finding technical expertise, find out what’s on in the series below.
Webinars in this series:
26th February | Economic Benefits of Future Flight
26th March | Women in Future Flight
23rd April | Dealing with Complexity
Cross-Sector Battery Systems Innovation Network: Batteries for RailKTN
Building on the successful launch of the Cross-Sector Battery Systems Innovation Network in late September 2020, this webinar series will look into the opportunities and trends for Batteries in Defence, Maritime and Rail. Each session will bring together experts looking at the supply and demand side for batteries, technical requirements and explore how these wide range of sectors can decarbonise through batteries.
This document discusses fleet electrification and the opportunities and challenges it presents for utilities. Some key points:
- Fleet vehicles are increasingly electrifying due to lower total cost of ownership, and this will lead to significant new electric load and demand centers requiring new infrastructure.
- Utilities should begin collaborating now with fleet managers to understand their needs and help them plan for electrification. This benefits both fleets and utilities.
- Managing electric vehicle charging can help utilities address risks to the distribution system from clustering while accelerating the benefits of fleet electrification. Utilities should start building managed charging programs.
- There are many types of fleet vehicles that are primed for electrification, including school buses, delivery vehicles, transit buses
The document outlines a plan to develop electric vehicle infrastructure in London through partnerships. It aims to install 25,000 charging points across the city by 2015, including 500 on-street points, 2,000 in public car parks, and 22,500 through businesses. This would include a mix of slow charging points for long stays and 50 fast charging points within 3 miles of each other by 2012. The goal is to make London a leader in electric vehicles in Europe.
The Charging Infrastructure Ecosystem by Matteo MuratoriForth
Matteo Muratori, Ph.D., Chief Analyst – Sustainable Transportation at U.S. Department of Energy (DOE) gave this presentation at the Forth The Charging Infrastructure Ecosystem webinar on October 12, 2021.
Driving Transportation Electrification Forward - The TEINA Study byMary BrazellForth
The document summarizes a study on transportation electrification in Oregon. It found that most public electric vehicle charging stations are currently located in urban areas along major corridors and the coast. There is a need to focus on establishing charging infrastructure in both rural "charging deserts" and in urban, low-income, and communities of color to promote equitable access. The study recommends that Oregon prioritize developing a statewide electric vehicle charging strategy and updating policies to support further infrastructure buildout over the next 5 years. The goals are to rapidly deploy more charging stations, make infrastructure accessible to all, and create a convenient charging experience similar to gas stations.
Cross-Sector Battery Systems Innovation Network | Batteries For… DefenceKTN
This webinar is part of a 1-hour webinar series hosted by the Cross-Sector Battery Systems Innovation Network. Each webinar focusses on Batteries for Defence.
Building on the successful launch of the Cross-Sector Battery Systems Innovation Network in late September 2020, this webinar series will look into the opportunities and trends for Batteries in Defence, Maritime and Rail. Each session will bring together experts looking at the supply and demand side for batteries, technical requirements and explore how these wide range of sectors can decarbonise through batteries.
The Cross-Sector Battery Systems Innovation Network will develop a self-sustaining and collaborative community of technology developers and end-users from multiple sectors. The CSBS Innovation Network community will share knowledge around the challenges and opportunities associated with batteries for a broad range of sectors such as aerospace, rail, maritime, stationary storage and other niche applications.
Future Flight Fridays: Economic Benefits of Future FlightKTN
Join us monthly on a Friday lunchtime for Future Flight Fridays, a series of hour-long webinars ideal for anyone interested in becoming involved in the Future Flight programme. The series will cover diverse subjects and will help participants foster collaborations and share knowledge.
Kicking of Future Flight Fridays 2021 series with an introduction from PWC to the recently published Future Flight Challenge socio-economic study which showcases both the potential economic and societal benefits associated with six key use-cases. It will be followed by an investor panel discussion.
Future Flight Fridays is KTN’s webinar series that will help anyone interested in becoming involved in this programme to foster collaborations and share knowledge.
The Future Flight Challenge is a four year, £125m, Industrial Strategy Challenge Fund programme. Future Flight aims to revolutionise the way people, goods and services fly. It will support the development of a novel, integrated aviation system.
This challenge needs expertise from diverse sectors, not just aviation. The monthly webinar series will feature topics from various relevant sectors including creative industries, digital, infrastructure and law.
If you’re interested in building a diverse consortium, gaining new insights and finding technical expertise, find out what’s on in the series below.
Webinars in this series:
26th February | Economic Benefits of Future Flight
26th March | Women in Future Flight
23rd April | Dealing with Complexity
Cross-Sector Battery Systems Innovation Network: Batteries for RailKTN
Building on the successful launch of the Cross-Sector Battery Systems Innovation Network in late September 2020, this webinar series will look into the opportunities and trends for Batteries in Defence, Maritime and Rail. Each session will bring together experts looking at the supply and demand side for batteries, technical requirements and explore how these wide range of sectors can decarbonise through batteries.
This document discusses fleet electrification and the opportunities and challenges it presents for utilities. Some key points:
- Fleet vehicles are increasingly electrifying due to lower total cost of ownership, and this will lead to significant new electric load and demand centers requiring new infrastructure.
- Utilities should begin collaborating now with fleet managers to understand their needs and help them plan for electrification. This benefits both fleets and utilities.
- Managing electric vehicle charging can help utilities address risks to the distribution system from clustering while accelerating the benefits of fleet electrification. Utilities should start building managed charging programs.
- There are many types of fleet vehicles that are primed for electrification, including school buses, delivery vehicles, transit buses
The document outlines a plan to develop electric vehicle infrastructure in London through partnerships. It aims to install 25,000 charging points across the city by 2015, including 500 on-street points, 2,000 in public car parks, and 22,500 through businesses. This would include a mix of slow charging points for long stays and 50 fast charging points within 3 miles of each other by 2012. The goal is to make London a leader in electric vehicles in Europe.
The Charging Infrastructure Ecosystem by Matteo MuratoriForth
Matteo Muratori, Ph.D., Chief Analyst – Sustainable Transportation at U.S. Department of Energy (DOE) gave this presentation at the Forth The Charging Infrastructure Ecosystem webinar on October 12, 2021.
Driving Transportation Electrification Forward - The TEINA Study byMary BrazellForth
The document summarizes a study on transportation electrification in Oregon. It found that most public electric vehicle charging stations are currently located in urban areas along major corridors and the coast. There is a need to focus on establishing charging infrastructure in both rural "charging deserts" and in urban, low-income, and communities of color to promote equitable access. The study recommends that Oregon prioritize developing a statewide electric vehicle charging strategy and updating policies to support further infrastructure buildout over the next 5 years. The goals are to rapidly deploy more charging stations, make infrastructure accessible to all, and create a convenient charging experience similar to gas stations.
HOW NEXT-GENERATION INDUCTIVE CHARGING IS ACCELERATING TRANSITION TO CLEANER ...DesignTeam8
- WAVE has deployed the largest wireless inductive charging system for electric buses in the US, powering 47 buses across a 100 square mile service area. Their system provides over 400 miles of added range during bus operations.
- Wireless inductive charging solves key problems with electrifying medium and heavy-duty fleets by providing contactless, hands-free charging that reduces costs, improves safety, and alleviates range and capacity issues compared to conductive charging alternatives.
- WAVE has been scaling their wireless power levels from 50kW to over 500kW to meet the needs of various vehicle classes from transit buses to drayage trucks, and their technology is enabling all-electric operations across applications like ports,
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.
California Energy Commission: (Preparing for Bi-Directional EV Energy Future)...Paul Stith
EV Grid participates in a number of Vehicle Grid Integration projects including V2G and Battery 2nd Life that optimize the value of electric vehicle batteries to EV owners, the utility grid and provide compounded GHG savings.
This presentation provides and update to the Commission on two such projects: University of Delaware Grid-on-Wheels demonstration and Clinton Global Initiative - V2G School Buses.
Outside the box electric car battery station v11walkthis
The document proposes a feasibility study for an electric vehicle battery replacement station business in China. It discusses the growth of electric vehicles in China and issues with battery costs and replacement. The proposal suggests a battery swapping station model where batteries are owned by automakers and swapped out at stations for a deposit fee. This could address range anxiety, increase EV adoption rates, and provide benefits to automakers, station owners, and users. Stakeholders like governments, car companies, and station operators are analyzed.
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
Ultra Low Emission Transit Buses - 4.27.2010 - Richard Thompsoncahouser
The document discusses several technologies for ultra-low emission transit buses, including hydrogen fuel cell buses, battery electric buses, and hybrid options. It provides an overview of demonstration projects underway in Texas to evaluate these technologies in real-world transit bus operation and infrastructure development. Key partners include Capital Metro, the University of Texas Center for Electromechanics, and Proterra. The goals are to advance zero-emissions bus technologies and hydrogen fueling infrastructure to support broader commercial acceptance and adoption.
This document discusses electric vehicles (EVs) and their integration with renewable energy power systems in the Pacific region. It covers key EV components like batteries and electric motors. It discusses challenges like the lack of charging infrastructure and technical support capacity in Pacific Island Countries. The document proposes a regional program and policy to address barriers and promote EV adoption. Targets include having 10 EV models available by 2030 and making EVs integral to regional transport by 2050 with services like electric aircraft and boats. The program would focus on policy, skills, investment, and regional cooperation to establish sustainable mobility.
1. Implement eco-driving training to reduce unnecessary idling and acceleration. This can extend electric range.
2. Increase opportunity charging by installing level 2 chargers at depots and offices to top up batteries during the day.
3. Optimize vehicle assignments to match duty cycles with electric range, such as assigning EVs to routes with overnight parking to enable bulk charging.
Dr. Praveen Kumar presented on the concept of Grid to Vehicle (G2V) power. He explained that as electric vehicles become more common, their batteries could provide power storage and generation back to the electric grid. This would allow electric vehicles to provide ancillary power services to help maintain grid stability. G2V power could benefit both vehicle owners through additional revenue and utilities by reducing costs and emissions compared to traditional peak power generation. However, integrating large numbers of electric vehicles into the grid also presents technical and regulatory challenges that would need to be addressed.
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 vehicle-to-grid (V2G) technology which allows electric vehicles to provide power to the electric grid during periods when they are parked and connected to the grid. V2G technology integrates electric vehicles into the smart grid and allows them to provide services like frequency regulation. It describes how V2G works by establishing communication between vehicles and charging stations that can then form a "virtual storage network" to provide balancing services to the electric grid. V2G provides benefits like improving power quality and reducing electric bills but requires standards and legislation to fully integrate electric vehicles into grid operations.
Conferencia de Ignacio Martí, Director Técnico de ORE CATAPULT y Chairman del...Leire Agüero Suárez
Conferencia: “Energías Renovables Marinas: Retos y oportunidades”, a cargo de Ignacio Martí, Director Técnico de ORE CATAPULT y Chairman del capítulo de Energía Eólica de la Agencia Internacional de la Energía.
TECNALIA #Perspectives2016 “Industria y Tecnología: Las oportunidades de la energía en el mar” es el título del evento que contó con la participación de Ignacio Martí, Director Técnico de ORE CATAPULT y Chairman del capítulo de Energía Eólica de la Agencia Internacional de la Energía.
También contamos con una mesa redonda de lujo de la mano de expertos de ORE CATAPULT, ADWEN, BIMEP, IBERDROLA, NAUTILUS, SINTEF, VICINAY, e investigadores de TECNALIA. Con ellos pudimos adentrarnos en las oportunidades de negocio que se derivan de la Energía en el Mar y las claves del impacto que esta tendrá en nuestro tejido empresarial.
Más información en http://www.tecnalia.com
How EV/HEV drive the battery technology development 2016 Presentation by Dr. ...Yole Developpement
Rapidly growing market
•Competitive with other main battery technologies
•Growing number of involved players
•Large variety of applications
•Products available in the largest range of battery power and energy capacities
•Further development and deployment strongly driven by a huge automotive market
• Specific requirements on battery safety and cell management due to inherent properties of Li-ion chemistries
This document discusses various aspects of battery technology that are important for electric bus operations. It covers battery packaging and weight distribution, battery chemistry selection, charging options, thermal management, and battery disposal. For battery chemistry, it evaluates lithium-ion phosphate, nickel manganese cobalt, nickel cobalt aluminum, and lithium titanate options based on characteristics like energy density, voltage, temperature range, charging rate, safety, and cost. It also reviews onboard and offboard charging methods and relevant standards. Thermal management is crucial for battery performance, safety, life cycle and involves liquid, air or phase change cooling systems. Proper battery disposal requires procedures for discharge, recycling cell materials, and regulatory and safety compliance.
ENABLING FLEET CHARGING DEPLOYMENT USING “GRID TO PLUG” CHARGING SOLUTIONDesignTeam8
This document discusses enabling electric vehicle (EV) fleet deployment using Hitachi Energy's "Grid to Plug" charging solution called Grid-eMotion Fleet. It provides an overview of Grid-eMotion Fleet, which implements AC/DC bulk conversion and allows for centralized high power DC charging of medium and heavy duty EVs. The solution addresses challenges with scaling EV fleets through features like modularity and connectivity, smart charging capabilities, and an all-in-one digital platform. Use cases are presented for large-scale eMobility projects utilizing Grid-eMotion Fleet.
The document discusses future trends in batteries for electric vehicles. It notes that the market for electric vehicles is expected to grow significantly by 2020 and beyond. The battery system is a key component for electric vehicles. The document outlines some of the technology challenges and trends in battery technology, such as tailoring batteries for different vehicle segments. It also discusses Bosch's involvement in various areas related to electric vehicle technology and mobility.
Department of Defense Plug In Electric Vehicle Program Forth
Dr. Camron Gorguinpour, Director of the DoD's PEV Program, presented at Drive Oregon's October event. Here is his presentation, highlighting the various activities of the DoD around PEV deployment, V2G pilots, and more.
This document summarizes the work of Tecnalia, a Spanish applied research center. It focuses on Tecnalia's work in developing marine energy technologies, including offshore wind, wave, and tidal energy. Some key points:
- Tecnalia has over 1,500 experts working across 7 divisions to develop innovative technological solutions and generate business opportunities for companies.
- In marine energy specifically, Tecnalia has tested a full-scale wave energy device, participated in 10 European projects, and helped define Spain's marine energy strategy.
- They provide expertise in areas like floating offshore wind platforms, large wind turbine generators, and wave and tidal energy converter design.
- An example project
The document discusses hybrid electric trucks (HETs). It provides details on the key components of HETs including lithium-ion batteries, electric motors, generators, and power converters. It describes the two main types of powertrain systems for HETs - series and parallel. The series system has no direct mechanical connection between the engine and transmission, allowing the engine to run at peak efficiency. The parallel system allows both the electric motor and engine to power the vehicle directly or together. Charging can occur through standard outlets, charging stations, regenerative braking, and with a range extender during low battery voltage. Driving an HET differs in not requiring a clutch compared to mechanical vehicles.
HOW NEXT-GENERATION INDUCTIVE CHARGING IS ACCELERATING TRANSITION TO CLEANER ...DesignTeam8
- WAVE has deployed the largest wireless inductive charging system for electric buses in the US, powering 47 buses across a 100 square mile service area. Their system provides over 400 miles of added range during bus operations.
- Wireless inductive charging solves key problems with electrifying medium and heavy-duty fleets by providing contactless, hands-free charging that reduces costs, improves safety, and alleviates range and capacity issues compared to conductive charging alternatives.
- WAVE has been scaling their wireless power levels from 50kW to over 500kW to meet the needs of various vehicle classes from transit buses to drayage trucks, and their technology is enabling all-electric operations across applications like ports,
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.
California Energy Commission: (Preparing for Bi-Directional EV Energy Future)...Paul Stith
EV Grid participates in a number of Vehicle Grid Integration projects including V2G and Battery 2nd Life that optimize the value of electric vehicle batteries to EV owners, the utility grid and provide compounded GHG savings.
This presentation provides and update to the Commission on two such projects: University of Delaware Grid-on-Wheels demonstration and Clinton Global Initiative - V2G School Buses.
Outside the box electric car battery station v11walkthis
The document proposes a feasibility study for an electric vehicle battery replacement station business in China. It discusses the growth of electric vehicles in China and issues with battery costs and replacement. The proposal suggests a battery swapping station model where batteries are owned by automakers and swapped out at stations for a deposit fee. This could address range anxiety, increase EV adoption rates, and provide benefits to automakers, station owners, and users. Stakeholders like governments, car companies, and station operators are analyzed.
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
Ultra Low Emission Transit Buses - 4.27.2010 - Richard Thompsoncahouser
The document discusses several technologies for ultra-low emission transit buses, including hydrogen fuel cell buses, battery electric buses, and hybrid options. It provides an overview of demonstration projects underway in Texas to evaluate these technologies in real-world transit bus operation and infrastructure development. Key partners include Capital Metro, the University of Texas Center for Electromechanics, and Proterra. The goals are to advance zero-emissions bus technologies and hydrogen fueling infrastructure to support broader commercial acceptance and adoption.
This document discusses electric vehicles (EVs) and their integration with renewable energy power systems in the Pacific region. It covers key EV components like batteries and electric motors. It discusses challenges like the lack of charging infrastructure and technical support capacity in Pacific Island Countries. The document proposes a regional program and policy to address barriers and promote EV adoption. Targets include having 10 EV models available by 2030 and making EVs integral to regional transport by 2050 with services like electric aircraft and boats. The program would focus on policy, skills, investment, and regional cooperation to establish sustainable mobility.
1. Implement eco-driving training to reduce unnecessary idling and acceleration. This can extend electric range.
2. Increase opportunity charging by installing level 2 chargers at depots and offices to top up batteries during the day.
3. Optimize vehicle assignments to match duty cycles with electric range, such as assigning EVs to routes with overnight parking to enable bulk charging.
Dr. Praveen Kumar presented on the concept of Grid to Vehicle (G2V) power. He explained that as electric vehicles become more common, their batteries could provide power storage and generation back to the electric grid. This would allow electric vehicles to provide ancillary power services to help maintain grid stability. G2V power could benefit both vehicle owners through additional revenue and utilities by reducing costs and emissions compared to traditional peak power generation. However, integrating large numbers of electric vehicles into the grid also presents technical and regulatory challenges that would need to be addressed.
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 vehicle-to-grid (V2G) technology which allows electric vehicles to provide power to the electric grid during periods when they are parked and connected to the grid. V2G technology integrates electric vehicles into the smart grid and allows them to provide services like frequency regulation. It describes how V2G works by establishing communication between vehicles and charging stations that can then form a "virtual storage network" to provide balancing services to the electric grid. V2G provides benefits like improving power quality and reducing electric bills but requires standards and legislation to fully integrate electric vehicles into grid operations.
Conferencia de Ignacio Martí, Director Técnico de ORE CATAPULT y Chairman del...Leire Agüero Suárez
Conferencia: “Energías Renovables Marinas: Retos y oportunidades”, a cargo de Ignacio Martí, Director Técnico de ORE CATAPULT y Chairman del capítulo de Energía Eólica de la Agencia Internacional de la Energía.
TECNALIA #Perspectives2016 “Industria y Tecnología: Las oportunidades de la energía en el mar” es el título del evento que contó con la participación de Ignacio Martí, Director Técnico de ORE CATAPULT y Chairman del capítulo de Energía Eólica de la Agencia Internacional de la Energía.
También contamos con una mesa redonda de lujo de la mano de expertos de ORE CATAPULT, ADWEN, BIMEP, IBERDROLA, NAUTILUS, SINTEF, VICINAY, e investigadores de TECNALIA. Con ellos pudimos adentrarnos en las oportunidades de negocio que se derivan de la Energía en el Mar y las claves del impacto que esta tendrá en nuestro tejido empresarial.
Más información en http://www.tecnalia.com
How EV/HEV drive the battery technology development 2016 Presentation by Dr. ...Yole Developpement
Rapidly growing market
•Competitive with other main battery technologies
•Growing number of involved players
•Large variety of applications
•Products available in the largest range of battery power and energy capacities
•Further development and deployment strongly driven by a huge automotive market
• Specific requirements on battery safety and cell management due to inherent properties of Li-ion chemistries
This document discusses various aspects of battery technology that are important for electric bus operations. It covers battery packaging and weight distribution, battery chemistry selection, charging options, thermal management, and battery disposal. For battery chemistry, it evaluates lithium-ion phosphate, nickel manganese cobalt, nickel cobalt aluminum, and lithium titanate options based on characteristics like energy density, voltage, temperature range, charging rate, safety, and cost. It also reviews onboard and offboard charging methods and relevant standards. Thermal management is crucial for battery performance, safety, life cycle and involves liquid, air or phase change cooling systems. Proper battery disposal requires procedures for discharge, recycling cell materials, and regulatory and safety compliance.
ENABLING FLEET CHARGING DEPLOYMENT USING “GRID TO PLUG” CHARGING SOLUTIONDesignTeam8
This document discusses enabling electric vehicle (EV) fleet deployment using Hitachi Energy's "Grid to Plug" charging solution called Grid-eMotion Fleet. It provides an overview of Grid-eMotion Fleet, which implements AC/DC bulk conversion and allows for centralized high power DC charging of medium and heavy duty EVs. The solution addresses challenges with scaling EV fleets through features like modularity and connectivity, smart charging capabilities, and an all-in-one digital platform. Use cases are presented for large-scale eMobility projects utilizing Grid-eMotion Fleet.
The document discusses future trends in batteries for electric vehicles. It notes that the market for electric vehicles is expected to grow significantly by 2020 and beyond. The battery system is a key component for electric vehicles. The document outlines some of the technology challenges and trends in battery technology, such as tailoring batteries for different vehicle segments. It also discusses Bosch's involvement in various areas related to electric vehicle technology and mobility.
Department of Defense Plug In Electric Vehicle Program Forth
Dr. Camron Gorguinpour, Director of the DoD's PEV Program, presented at Drive Oregon's October event. Here is his presentation, highlighting the various activities of the DoD around PEV deployment, V2G pilots, and more.
This document summarizes the work of Tecnalia, a Spanish applied research center. It focuses on Tecnalia's work in developing marine energy technologies, including offshore wind, wave, and tidal energy. Some key points:
- Tecnalia has over 1,500 experts working across 7 divisions to develop innovative technological solutions and generate business opportunities for companies.
- In marine energy specifically, Tecnalia has tested a full-scale wave energy device, participated in 10 European projects, and helped define Spain's marine energy strategy.
- They provide expertise in areas like floating offshore wind platforms, large wind turbine generators, and wave and tidal energy converter design.
- An example project
The document discusses hybrid electric trucks (HETs). It provides details on the key components of HETs including lithium-ion batteries, electric motors, generators, and power converters. It describes the two main types of powertrain systems for HETs - series and parallel. The series system has no direct mechanical connection between the engine and transmission, allowing the engine to run at peak efficiency. The parallel system allows both the electric motor and engine to power the vehicle directly or together. Charging can occur through standard outlets, charging stations, regenerative braking, and with a range extender during low battery voltage. Driving an HET differs in not requiring a clutch compared to mechanical vehicles.
This document outlines a proposed regional program on integrated e-mobility and renewable energy power systems. It discusses key components of electric vehicles (EVs) including batteries, electric motors, and vehicle types. It also addresses the relationship between EVs and power utilities, and challenges facing small island developing states (SIDS) in adopting EVs. The proposed regional program would address barriers to EVs through initiatives in policy, knowledge sharing, standards, and promoting investment. It suggests targets for EV adoption by 2030 and 2050, and includes estimated costs and staffing needs to implement the program over five years.
Yunasko is a Ukrainian company that manufactures ultracapacitors for energy storage. Their ultracapacitors generate 5 times less heat and provide 5 times more power than competitors. Independent tests show their ultracapacitors have higher efficiency and power density. Yunasko's technology provides a cost advantage over batteries for applications requiring high cycling. They plan to license their technology and manufacture high-power ultracapacitors to target markets for electric vehicles, renewable energy, and backup power.
Webinaire : Innovation et infrastructure - Moteurs de la transition energetiq...Cluster TWEED
Découvrez les opportunités liées aux innovations technologiques et nouvelles infrastructures durables initiées par la transition énergétique, par le biais des présentations du directeur du Innovation & Technology Center de l'Agence internationale pour les énergies renouvelables, et du coordinateur du programme Sustainable Cities and Settlements de la division Energy Systems and Infrastructure de l'UNIDO.
Cantabria organizes the first floating marine energy conference in December 2010 in Santander to focus on the development of marine energy technologies and markets. Topics will include the market situation and industry development for wind, wave, and ocean energy, as well as challenges and projects for floating wind energy. The conference aims to generate value by sharing information between worldwide industry leaders, researchers, and experts to help introduce organizations in this sector and make the conference a standard event for offshore floating wind energy worldwide.
Cross-sector Battery Systems Innovation Network | Launch eventKTN
The official launch of the Cross-sector Battery Systems Innovation Network took place on 28th September 2020.
This Network will be an open and collaborative cross-sectoral community for researchers and innovators in battery manufacturing; the related supply chain; and end-users. Tony Harper, Faraday Battery Challenge Director, delivered the opening remarks, who emphasised on the significant role that batteries can play to support Net Zero, potentially leading to decarbonising a wide range of sectors beyond automotive. This was followed by case studies on the benefits of batteries for rail, aerospace and defence.
There was a clear need to develop a community and extend the network to share knowledge around the challenges and opportunities associated with batteries for a broad range of sectors such as aerospace, rail, maritime, stationary storage and other niche applications. To learn more about upcoming activities, visit our page: https://ktn-uk.org/energy/batteries/
Market opportunity for the decarbonisation of the marine industryCorinna Algranti
- The electrification of marine transport is accelerating due to several factors including passenger demand for more environmentally friendly options, regulations to reduce emissions, and improving economics of battery storage technologies.
- The addressable market for maritime battery and fuel cell technologies is projected to grow to $10 billion by 2030 as adoption increases across newbuild and retrofit vessels.
- Battery-based marine electrification provides benefits beyond just propulsion such as reduced maintenance needs, ability to meet peak power demands quickly, backup power capabilities, and lower emissions.
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.
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1. ktn-uk.org/IN
Nikoleta Piperidou & Sheena Hindocha
‘Batteries for
Maritime’ webinar
Cross-Sector Battery Systems
Innovation Network
10.02.21
2. Practical Aspects
• All participants will be muted throughout the webinar
• Please use the ‘Q&A’ box for submitting questions
• Please use the ‘Chat’ box for networking & for any technical
issues
• The webinar will be recorded, and you will be sent the link, along
with other information, shortly after the webinar
3. Agenda
10.00 Welcome & Introductions, Nikoleta Piperidou, KTN
10.05 Introduction to the Decarbonising Ports & Harbours Innovation
Network, Mark Wray, KTN
10.10 Decarbonisation of maritime and the role for batteries, Ross
Wombell, British Marine
10.20 The role for batteries in the maritime sector, Artemis Technologies
10.30 Opportunities for battery system solutions for ports & harbours,
Tanya Ferry, Port of London Authority
10.40 Q&A chaired by Matthew Moss, KTN
11.00 Close
4. Current KTN Innovation Networks
Battery
Systems
Commercialising
Metamaterials
Decarbonising
Ports & Harbours
Geospatial
Insights
Medicines
Manufacturing
Microbiome Robotics & AI
Neurotechnology Quantum
Technologies
Hydrogen
Economy
Electromagnetic
Spectrum
5. Cross-Sector Battery Systems Innovation Network - Mission
To create an open and collaborative cross-sectoral community for researchers and innovators
in battery manufacturing (including next generation batteries), the related supply chain and end-
users. The community, which will be served by a dedicated online space, will help to:
• open new markets for the battery industry, by introducing this community to new sectors,
thus support the growth of UK economy
• promote innovation in batteries by identifying technical gaps for their introduction to
various sectors
• help decarbonise a wide range of end-users from rail, maritime, aviation, construction etc.
by enabling the adoption of batteries, thus support the Net Zero agenda.
8. Further Plans
• Q1 2021: Initial launch of the online hub and landscape map (Phase 1)
• Q2 2021: Improvement work on the online hub and landscape map (Phase 2)
• Key areas we will be focusing on:
o Improved networking features to facilitate community building
o Additional content on the hub to make the information provided richer
o Additional layer of information for the landscape map
o Launch of a battery testing map based on E4Tech’s report
Sign up to receive news, insights, newsletters and future sessions: www.ukbatteriesnetwork.org
9. Faraday Battery Challenge Investment Readiness Programme
Application deadline 18.00 today – Wednesday 10th of February
• Hone your pitch to investors
• Gain an understanding of the funding cycle
• Build the confidence you need to deliver your story
This programme is tailor-made for the electric vehicle battery sector and will help up to 25
selected SMEs prepare to present and connect to potential investors!
Find out more and apply here: https://www-eur.cvent.com/c/abstracts/91652c1b-a8a2-4fc0-
9755-aeafb871c5c6
Sign up to receive insights, newsletters and future sessions: www.ukbatteriesnetwork.org
11. Ross Wombwell – Head of Technical Services
Marine Emissions
Recreational Sector
12. Who are we?
Membership Organisation Leading the Leisure, Superyacht and Small Commercial Marine
Industry
Established in 1913
+1500 Members providing the boats, equipment, facilities and services that enable 4
million people to enjoy boating and water-sports on the coasts and inland waterways of
our country
13. 2019 - New government focus on clean air
Clean Air Strategy
Emissions from Transport - Maritime
Government Objective is for 0% Net emissions by
2050
14. Changes for the future fleet
• Clean Maritime Plan - By 2025 its expected
that:
• All vessels operating in UK waters are
maximising the use of energy efficiency
options.
• All new vessels being ordered for use in UK
waters are being designed with zero
emission propulsion capability.
• Zero emission commercial vessels are in
operation in UK waters.
16. Size of the existing/retrofitting market
Boats last a long time
The average age of a vehicle on the road is 7.8 years.
2030 ban on petrol and diesel = fundamental change within 10 years
The average age of a boat is between 40 – 50 years. Inland boats have no end of life yet….
The 0% NET emissions levels by 2050 mean all boats built since 2000, and some from the
early 20th century may all need retrofitting.
17. Size of the recreational existing/retrofitting market
18. Current Alternatives
Alternative propulsion
• Alternative fuels, GTL, Bio, etc …….
• Traditional Hybrid (Diesel or Petrol generated)
• Pure Electric
• Alternative Hybrid (Fuel Cell, LPG, ……)
Current electric only systems are suffering the same problem as the automotive sector,
range and charging facilities.
Boats are high energy usage
22. Current pressure is consumer led. They are asking for products we have yet to build.
Regulation is yet to be confirmed but long term strategy is being developed by Gov for
transition to 0% over the next 30 years
The market
Small number but high cost new vessel market
High number of the existing high value market for retrofitting
The Industry
Many SME OEM’s – Cottage Industry except for 3 - 4 big companies + £80m turnover
26. A spin off from the Artemis Racing
America’s Cup team.
Founded we provides engineering
services to high-performance and
commercial clients, as well as
developing unique products, like the
world’s most advanced maritime
simulators.
Artemis
Technologies
2
30. Batteries are one of very few available
options for shipping to operate entirely
without emissions, at least for shorter
distances.
However, unlike most other mobility sectors,
which predominantly tend to switch partly
or completely to an EV battery in order to
meet emissions targets, a mixture of
solutions have a role to play for boats and
ships due to the sheer scale of the power,
energy and distance requirements typical
from the sector.
The numbers of vessels operating with
batteries has steadily increased year on
year.
Batteries in
maritime today
6
Total number of ships with batteries in operation and on order.
0
50
100
150
200
250
300
350
400
450
500
2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021
Data from the Maritime Battery Forum - Ship Register
31. In the last few years lithium-ion batteries
have really taken off in maritime, due to the
recent drop in price driven by
developments in the automotive industry.
While maritime battery systems are
different from those used in cars, requiring
a different battery management system,
higher power and energy delivery, the
battery cells are essentially the same.
Automotive
driving change
7
32. Batteries are most common in the car and
passenger ferry segment, with offshore
vessels, cruise ships and fishing vessels also
utilising battery technology.
Leisure boats are usually personally owned
and small enough to make the jump to pure
electric with today’s technology, typically
travelling short distances.
Coastal vessels, like tug-boats, can hybridise
easily with batteries comparable in size to a
pure electric car (100kWh), saving hundreds
of thousands of pounds by reducing fuel
consumption over the course of a year.
We are beginning to see deep-sea vessels
using batteries to optimize their power
management, both in terms of propulsion
and auxiliary power use, to save fuel and
reduce maintenance costs.
Which vessels are
using batteries?
8
Total number of ships with batteries in operation and on order.
0 50 100 150 200 250
Container Ships
General Cargo Ships
RoPax
Bulk Carriers
Oil/Checmical Tankers
Crude Oil Tankers
Ro-ro Cargo Ships
Tugs
Other Offshore Vessels
Fishing Vessels
Cruise Ships
Offshore Supply Ships
Other Activities
Car/Passenger Ferries
Data from the Maritime Battery Forum - Ship Register
34. The majority of vessels operating with
batteries today, are hybrids, using a
combination of different technologies.
Around 75% of the entire fleet.
Passenger ferries have the highest % of
pure electric vessels. Ferries are also the
largest vessel capable of becoming pure
electric because of the well-planned routes,
and the regular opportunity to charge.
Type of battery
application
10
0 50 100 150 200 250
Container Ships
General Cargo Ships
RoPax
Bulk Carriers
Oil/Checmical Tankers
Crude Oil Tankers
Ro-ro Cargo Ships
Tugs
Other Offshore Vessels
Fishing Vessels
Cruise Ships
Offshore Supply Ships
Other Activities
Car/Passenger Ferries
Hybrid Pure Electric Unknown
Data from the Maritime Battery Forum - Ship Register
35. As in automotive, the initial outlay is
normally higher, as the investment in the
battery and power system and the
additional charging infrastructure required
can be expensive.
However, the energy source and
maintenance costs tend to be lower for
electric and hybrid vessels. Depending on
the oil and electricity price, operational
costs are lower, as well.
The first big all-electric ferry in the world,
Ampere, which has operated between the
Norwegian ports of Lavik and Oppedal
since 2015, saves 60 per cent on average in
fuel costs while cutting CO2 emissions by
2,680 tonnes per year.
Cost-benefit
analysis
11
36. Vessels operating with batteries are mainly
Newbuilds. For retrofits, offshore supply vessels
have a solid business case.
Newbuild or
Retrofit?
12
Total number of ships with batteries in operation and on order.
0 50 100 150 200 250
Container Ships
General Cargo Ships
RoPax
Bulk Carriers
Oil/Checmical Tankers
Crude Oil Tankers
Ro-ro Cargo Ships
Tugs
Other Offshore Vessels
Fishing Vessels
Cruise Ships
Offshore Supply Ships
Other Activities
Car/Passenger Ferries
Newbuild Retrofit
Data from the Maritime Battery Forum - Ship Register
37. Use of batteries will continue to rise in
Maritime.
New manufacturing facilities will continue
to bring battery costs down, and different
cell chemistries like solid state, could have
a significant impact on the future of
transport - once they are ready for mass
production.
Other enabling technologies, like our
Artemis eFoilerTM electric propulsion
system for high-speed vessels, will help
drive further increase in the uptake of
battery solutions.
Whether the battery solution is pure
electric or hybrid, batteries will become a
standard component on board all vessels
in the future.
The future
13
38. Power in a Port
Tanya Ferry
Head of Environment
39. Zero emission maritime
• Introducing Challenges for
• Port of London Authority
• Port of London
• Port Sector
41. Vessel and Vehicle Fuel
0
500
1000
1500
2000
2500
2014 2022 2025 2030 2035 2040
Carbon
emissions
tCO2e
Year
Projected reduction in vessel, vehicle and travel carbon emissions
Electric
Vehicles
Biofuel Electric
pilot cars
Zero
emission
vessels
Remaining
vessles zero
emission
• Zero carbon and air
emissions:
• Switch to biodiesel in
2021.
• Vehicles by 2030;
• Vessels by 2040.
• Operational sites vessel
charging
• Required -700-6000 kw
• Technically feasible; 300-
1400kw*
*based on current understanding & technology see inland roadmap
42. And the Port?
• 47,000 Jobs & £4,455m GVA (mostly in South East)
• Inland trade; c9 million passengers & 5 million tonnes
• Requires carriage of up to 4800kwh
• Shipping over 50 million tonnes
• Just shore power 2-6MW
• CCC 6th Carbon budget, over 70% reduction by 2035
43. Multi Modal Freight
• Low carbon benefits
• Modal shift benefits & light freight opportunities.
• Challenges
• Heavier and wider
• Shorter journeys and lower tonnage per km
• Port equipment
• Further distribution
45. Trials and Innovation
• Research is one thing
• Let’s use the river as a testbed.
• Synergy and opportunities.
• If not now, then when?
• Partnership is key to success.
46. Next steps
• Safety first
• PLA maintain function
• Searching for UK Innovation
• Zero emission berthing
• NET ZERO Strategy
• Just Transition
• Training and Jobs
• Continue to serve the South East
50. Open Funding - Smart Grants
Opens: 21st January 2021
Closes: 26th May 2021 11:00am
Brief found here: https://apply-for-innovation-
funding.service.gov.uk/competition/810/overview
Details:
§ Innovate UK, part of UK Research and
Innovation, is investing up to £25 million in
the game-changing ideas
§ Projects of 6 and 18 months must have
total eligible project costs between
£25,000 and £500,000
§ Projects of 19 months and 36 months
must have total eligible project costs
between £25,000 and £2 million.
51. MarRi- UK- Smart Maritime Land Operations call
Opens: 30th November 2020
Closes: 15th February 2021
Brief found here: https://www.marri-uk.org/funding-
opportunities/smlo-call
Details:
§ Collaborative innovation vehicle for UK
industry and academia to jointly tackle
innovation and technology challenges.
§ Total of £1.35m available
§ Projects from TRL 3-7 end goal initial
prototype or demonstrator.
52. Open Business Support
• Support for maritime business in Cornwall and the South West through
facilities, business support and funding.
• https://www.marine-i.co.uk/services
• Gateway for Devon-based SMEs access comprehensive research and
development support as well as cutting-edge facilities and expertise.
• https://www.marinebusinesstechnologycentre.co.uk
• Low Carbon Solent is an ERDF funded SME support project where SMEs
can access innovation grants, postgraduate student projects, and
innovation support and networking events.
• https://greentechsouth.com/lowcarbonsolent
• At CENSIS, we have a project fund we can leverage to support Scottish-
based businesses that need to undertake research and development
(R&D) in partnership with academia.
• https://censis.org.uk/access-our-services/choose-a-project-format/rd-
project/
53. Funding opportunities
Driving the Electric
Revolution
March 2021*
11th
Feb preview of competition
£20m for Clean
Maritime Demonstrator
Programme
March 2021*
2021 – Transport decarbonisation
plan
£20m freight trials to
support hydrogen and
zero emission HGVs
March 2021*
2021 – Transport decarbonisation
plan