Development of an electric vehicle powered by a smart energy management system (Q80223): Difference between revisions
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(Removed claim: summary (P836): In response to the expectations of the market for clean transport solutions in urban areas, applicants will undertake research into the creation of a comprehensive supply of goods transport vehicles (LCV commercial vehicle) with electric propulsion for institutional customers, businesses and small transport companies.The project will make research on key components of electric vehicles deciding on the functionality of these vehicles:a) laborat...) |
(Created claim: summary (P836): In order to meet market expectations related to green transport solutions in urbanised space, applicants will carry out research on creating a comprehensive range of cargo transport vehicles (LCVs) with electric drive, dedicated to institutional customers, companies and small transport companies. As part of the project, research will be carried out on key components of electric vehicles that determine the functionality of these vehicles: a) Labo...) |
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In order to meet market expectations related to green transport solutions in urbanised space, applicants will carry out research on creating a comprehensive range of cargo transport vehicles (LCVs) with electric drive, dedicated to institutional customers, companies and small transport companies. As part of the project, research will be carried out on key components of electric vehicles that determine the functionality of these vehicles: a) Laboratory testing of new electric drives dedicated to prototype EV vehicles, using high-performance synchronous motors with permanent magnets, b) Developing the ECU/EMS (Engine Control Unit/Energy Management System) software algorithm to exploit innovative LCV capabilities: • active control of the regenerative braking level in the electric vehicle, • co-operation of the vehicle (battery) with the power system i.e. working in the system as an active energy exchange system (buffer for photovoltaic systems, energy source for UPS systems, etc.). c) Developing tools to support the vehicle through an IT solution together with a mobile application communicating with ECU, d) Preparation of solutions for the use and use of business electric vehicles: • the ability to use the energy contained in the battery to work with the electrical grid, • inductive charging, • possibility of using solar energy for powered components of the vehicle. e) Testing under laboratory conditions of key blocks and modules of vehicle prototypes (for each vehicle model) based on the development of measurement method and procedures. f) Tests of prototypes of vehicles under conditions similar to operating conditions. (English) | |||||||||||||||
| Property / summary: In order to meet market expectations related to green transport solutions in urbanised space, applicants will carry out research on creating a comprehensive range of cargo transport vehicles (LCVs) with electric drive, dedicated to institutional customers, companies and small transport companies. As part of the project, research will be carried out on key components of electric vehicles that determine the functionality of these vehicles: a) Laboratory testing of new electric drives dedicated to prototype EV vehicles, using high-performance synchronous motors with permanent magnets, b) Developing the ECU/EMS (Engine Control Unit/Energy Management System) software algorithm to exploit innovative LCV capabilities: • active control of the regenerative braking level in the electric vehicle, • co-operation of the vehicle (battery) with the power system i.e. working in the system as an active energy exchange system (buffer for photovoltaic systems, energy source for UPS systems, etc.). c) Developing tools to support the vehicle through an IT solution together with a mobile application communicating with ECU, d) Preparation of solutions for the use and use of business electric vehicles: • the ability to use the energy contained in the battery to work with the electrical grid, • inductive charging, • possibility of using solar energy for powered components of the vehicle. e) Testing under laboratory conditions of key blocks and modules of vehicle prototypes (for each vehicle model) based on the development of measurement method and procedures. f) Tests of prototypes of vehicles under conditions similar to operating conditions. (English) / rank | |||||||||||||||
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| Property / summary: In order to meet market expectations related to green transport solutions in urbanised space, applicants will carry out research on creating a comprehensive range of cargo transport vehicles (LCVs) with electric drive, dedicated to institutional customers, companies and small transport companies. As part of the project, research will be carried out on key components of electric vehicles that determine the functionality of these vehicles: a) Laboratory testing of new electric drives dedicated to prototype EV vehicles, using high-performance synchronous motors with permanent magnets, b) Developing the ECU/EMS (Engine Control Unit/Energy Management System) software algorithm to exploit innovative LCV capabilities: • active control of the regenerative braking level in the electric vehicle, • co-operation of the vehicle (battery) with the power system i.e. working in the system as an active energy exchange system (buffer for photovoltaic systems, energy source for UPS systems, etc.). c) Developing tools to support the vehicle through an IT solution together with a mobile application communicating with ECU, d) Preparation of solutions for the use and use of business electric vehicles: • the ability to use the energy contained in the battery to work with the electrical grid, • inductive charging, • possibility of using solar energy for powered components of the vehicle. e) Testing under laboratory conditions of key blocks and modules of vehicle prototypes (for each vehicle model) based on the development of measurement method and procedures. f) Tests of prototypes of vehicles under conditions similar to operating conditions. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 11:44, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of an electric vehicle powered by a smart energy management system |
Project in Poland financed by DG Regio |
Statements
4,496,869.48 zloty
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6,663,530.45 zloty
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67.48 percent
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1 June 2017
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28 November 2019
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FSE FABRYKA SAMOCHODÓW ELEKTRYCZNYCH SP. Z O.O.
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49°48'43.6"N, 19°1'45.1"E
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Wychodząc naprzeciw oczekiwaniom rynku związanych z rozwiązaniami ekologicznego transportu w przestrzeni zurbanizowanej, wnioskodawcy przeprowadzą badania nad stworzeniem kompleksowej oferty pojazdów do transportu towarów (LCV - light commercial vehicle) z napędem elektrycznym, dedykowanych dla klientów instytucjonalnych, przedsiębiorstw oraz małych firm transportowych. W ramach projektu zostaną przeprowadzone badania nad kluczowymi komponentami pojazdów z napędem elektrycznym decydującymi o funkcjonalnościach tych pojazdów: a) Przebadanie laboratoryjne nowych napędów elektrycznych dedykowanych dla prototypowych pojazdów EV, z zastosowaniem wysokosprawnych silników synchronicznych z magnesami trwałymi, b) Opracowanie algorytmu oprogramowania ECU/EMS (Engine Control Unit/ Energy Management system) umożliwiającego wykorzystanie innowacyjnych możliwości LCV: • aktywnego sterowania poziomem hamowania regeneracyjnego w pojeździe elektrycznym, • współpracą pojazdu (baterii) z systemem elektroenergetycznym tj. praca w systemie jako układ aktywnej wymiany energii (bufor dla systemów fotowoltaicznych, źródło energii dla systemów UPS itp.). c) Opracowania narzędzi wspierania użytkownika pojazdu przez rozwiązanie informatyczne wraz z aplikacją mobilną komunikującej się z ECU, d) Przygotowanie rozwiązań zwiększających możliwości zastosowania i wykorzystania biznesowego pojazdów elektrycznych: • możliwość wykorzystania energii zawartej w baterii do współpracy z siecią elektryczną, • ładowanie indukcyjne, • możliwość wykorzystania energii słonecznej do zasilana podzespołów pojazdu. e) Przeprowadzenie testów w warunkach laboratoryjnych kluczowych bloków i modułów prototypów pojazdów (dla każdego z model aut) w oparciu o opracowanie metody i procedury pomiarowe. f) Testy prototypów pojazdów w warunkach zbliżonych do warunków operacyjnych. (Polish)
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In order to meet market expectations related to green transport solutions in urbanised space, applicants will carry out research on creating a comprehensive range of cargo transport vehicles (LCVs) with electric drive, dedicated to institutional customers, companies and small transport companies. As part of the project, research will be carried out on key components of electric vehicles that determine the functionality of these vehicles: a) Laboratory testing of new electric drives dedicated to prototype EV vehicles, using high-performance synchronous motors with permanent magnets, b) Developing the ECU/EMS (Engine Control Unit/Energy Management System) software algorithm to exploit innovative LCV capabilities: • active control of the regenerative braking level in the electric vehicle, • co-operation of the vehicle (battery) with the power system i.e. working in the system as an active energy exchange system (buffer for photovoltaic systems, energy source for UPS systems, etc.). c) Developing tools to support the vehicle through an IT solution together with a mobile application communicating with ECU, d) Preparation of solutions for the use and use of business electric vehicles: • the ability to use the energy contained in the battery to work with the electrical grid, • inductive charging, • possibility of using solar energy for powered components of the vehicle. e) Testing under laboratory conditions of key blocks and modules of vehicle prototypes (for each vehicle model) based on the development of measurement method and procedures. f) Tests of prototypes of vehicles under conditions similar to operating conditions. (English)
14 October 2020
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Identifiers
POIR.01.02.00-00-0308/16
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