Summary
EP Tender’s goal is to accelerate the public’s adoption of electric vehicles in order to:
• Reduce greenhouse gas emissions and dependency on fossil fuels
• Reduce emissions of small particles
• Develop soft mobility
Your mobile phone’s range is (barely) one day. But a few times a year you travel, and need longer range. The solution is modularity. Would you carry a much heavier and more expensive phone everyday just for occasional peak usage? (although it would be technically easy to manufacture). We all take a charger, or an external battery when traveling. And whenever battery technology makes progress, it’s for the benefit of size, weight and cost.
The range of an electric vehicle is enough for daily usage. But a few times a year you travel, and need longer range. Modularity is a solution as well. Few would choose to drive a much larger and more expensive car everyday just for occasional peak usage (regardless of technical feasibility). Let’s also use on demand mobile energy modules when traveling, providing unlimited range. Battery technology progress will result in leaner and cheaper EVs, with more payload and less taxpayer support. Meanwhile the EV market can grow at an accelerated pace as EV usability becomes identical to ICE vehicles, with the same affordability.
EP Tender is an on demand range extending service for electric vehicles, using mobile energy modules attached occasionally to the EV. The project presented here is to make a field test in France, and tests in Germany and China. It is supported by future potential clients having committed to participate to the pilot, and operating well over 2 000 electric vehicles. User acceptance is already proving excellent among EV owners and prospects. The field test will further evidence user demand, create strong dissemination momentum, and widen OEM support.
How many people around you drive an EV? How many more might when EP Tender becomes available? EP Tender is a key to wider EV adoption!
• Reduce greenhouse gas emissions and dependency on fossil fuels
• Reduce emissions of small particles
• Develop soft mobility
Your mobile phone’s range is (barely) one day. But a few times a year you travel, and need longer range. The solution is modularity. Would you carry a much heavier and more expensive phone everyday just for occasional peak usage? (although it would be technically easy to manufacture). We all take a charger, or an external battery when traveling. And whenever battery technology makes progress, it’s for the benefit of size, weight and cost.
The range of an electric vehicle is enough for daily usage. But a few times a year you travel, and need longer range. Modularity is a solution as well. Few would choose to drive a much larger and more expensive car everyday just for occasional peak usage (regardless of technical feasibility). Let’s also use on demand mobile energy modules when traveling, providing unlimited range. Battery technology progress will result in leaner and cheaper EVs, with more payload and less taxpayer support. Meanwhile the EV market can grow at an accelerated pace as EV usability becomes identical to ICE vehicles, with the same affordability.
EP Tender is an on demand range extending service for electric vehicles, using mobile energy modules attached occasionally to the EV. The project presented here is to make a field test in France, and tests in Germany and China. It is supported by future potential clients having committed to participate to the pilot, and operating well over 2 000 electric vehicles. User acceptance is already proving excellent among EV owners and prospects. The field test will further evidence user demand, create strong dissemination momentum, and widen OEM support.
How many people around you drive an EV? How many more might when EP Tender becomes available? EP Tender is a key to wider EV adoption!
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/684085 |
| Start date: | 01-07-2015 |
| End date: | 30-09-2017 |
| Total budget - Public funding: | 1 345 852,50 Euro - 942 096,00 Euro |
Cordis data
Original description
EP Tender’s goal is to accelerate the public’s adoption of electric vehicles in order to:• Reduce greenhouse gas emissions and dependency on fossil fuels
• Reduce emissions of small particles
• Develop soft mobility
Your mobile phone’s range is (barely) one day. But a few times a year you travel, and need longer range. The solution is modularity. Would you carry a much heavier and more expensive phone everyday just for occasional peak usage? (although it would be technically easy to manufacture). We all take a charger, or an external battery when traveling. And whenever battery technology makes progress, it’s for the benefit of size, weight and cost.
The range of an electric vehicle is enough for daily usage. But a few times a year you travel, and need longer range. Modularity is a solution as well. Few would choose to drive a much larger and more expensive car everyday just for occasional peak usage (regardless of technical feasibility). Let’s also use on demand mobile energy modules when traveling, providing unlimited range. Battery technology progress will result in leaner and cheaper EVs, with more payload and less taxpayer support. Meanwhile the EV market can grow at an accelerated pace as EV usability becomes identical to ICE vehicles, with the same affordability.
EP Tender is an on demand range extending service for electric vehicles, using mobile energy modules attached occasionally to the EV. The project presented here is to make a field test in France, and tests in Germany and China. It is supported by future potential clients having committed to participate to the pilot, and operating well over 2 000 electric vehicles. User acceptance is already proving excellent among EV owners and prospects. The field test will further evidence user demand, create strong dissemination momentum, and widen OEM support.
How many people around you drive an EV? How many more might when EP Tender becomes available? EP Tender is a key to wider EV adoption!
Status
CLOSEDCall topic
IT-1-2015Update Date
27-10-2022
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