RESEARCH STUDY: FINDING IDEAL LOCATIONS FOR PUBLIC EV CHARGING STATIONS
In the early days of EVs, much money was wasted by companies and local governments to install public charging stations in impractical locations – we’ve all driven by chargers at the local town hall or city park that never seem to be in use.
*This article comes to us courtesy of EVANNEX (which also makes aftermarket Tesla accessories). Authored by Charles Morris. The opinions expressed in these articles are not necessarily our own at InsideEVs.
Above: Electric vehicles getting charged (Image: Microgrod Knowledge)
However, let’s not judge the well-meaning officials who approved these white elephants too harshly. At the time, nobody outside the industry knew much about EVs, and there were no studies to guide policymakers as to where installing chargers made the most sense (Tesla, on the other hand, understood from the beginning that enabling long-distance travel by installing fast chargers at highway locations was the top priority).
Since those bad old days, a science of finding the best locations for chargers has developed, and there’s a growing body of research to support siting decisions. The Michigan Energy Office (MEO) recently commissioned a study that aims to determine the ideal locations and number of public chargers to facilitate highway travel for Michigan EV drivers.
Conducted by researchers at Michigan State University, the soon-to-be-released study looks at the feasibility of a road trip, the distance between charging stations, charging speed, time needed for charging, wait time for chargers, and detour times added to a trip.
Above: A Tesla owner charges at a public charger (Youtube: Tesla)
The study looked at three scenarios. A low-tech model would have 598 charging outlets with an investment of roughly $28 million. The high-tech model calls for 128 charging outlets with an investment of just over $14 million. A mixed scenario, which assumes a battery pack capacity of 70 kWh and charging power of 150 kW, while recognizing that vehicles with smaller batteries will also be on the road, foresees 193 charger outlets, with an investment of about $21.5 million.
The MEO will use the results of the study to allocate $9.9 million over the next three years to create a public charging network across the state, said MEO Director Robert Jackson. Funding comes from the 2016 Volkswagen diesel settlement, and additional resources are expected to become available from other stakeholders, including utilities. Private entities are also expected to invest in EV chargers.
The preliminary findings of the first phase of the study examine the optimal locations of EV chargers for cross-state highway driving. The second phase of the study will focus on the placement of urban EV chargers.
Above: Public chargers in a parking garage (Image: Built by Michigan)
“The uniqueness of this study will put Michigan on the map when it comes to locating a public network of charging stations,” said Anne Armstrong Cusack, Executive Director of the Michigan Agency for Energy, which oversees the MEO.
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Written by: Charles Morris; This article originally appeared in Charged; Source: Michigan Agency for Energy
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