The transition to electric vehicles (EVs) is accelerating, necessitating significant expansion of EV charging infrastructure. Optimizing EV charging sites lead to a better driver experience and increase your investment return. Optimizing EV charging infrastructure siting necessitates the expert use of advanced tools and procedures. The following article summarizes some of the strategies that can be implemented to optimize your EV charging station.
Shade your EV charging station
.Trees perform better when shade is combined with EV charging stations, whether from trees or shade structures. It is because extreme heat degrades battery function. Charging an electric vehicle in direct sunshine can take up to 2kW extra power. Setting an electric car in direct sunlight can necessitate up to 2kW additional power. Electric vehicles can charge more efficiently in the shade. Shade structures improve electric vehicle charging efficiency and shield the inside and exterior from sun damage.
.Your EV charging station must be well-lit. Better lighting should be provided for charging stations on calmer roadways or distant locales. Dim lighting can make it challenging to locate charging equipment and specified areas. Electric vehicle chargers that are poorly illuminated and isolated endanger EV drivers.
It would be best to have strong lighting, clear signs, and CCTV on your EV charging docks.
Quality EV chargers and Cables
EV chargers and cables come in different varieties depending on need. Choosing the best chargers and cables for your EV charging station is essential. All charging stations ought to have quality chargers and cable.
Inputting safety measures
Charging equipment may either have a retractable cord or a clear place to hang the cable at an appropriate height above the ground. Curbs, wheel stops, or steel bollards prove helpful in protecting EV charging sites, especially those placed near an angled or perpendicular parking spot.
To reduce the possibility of a fire, ensure that your EV charging station has over-temperature protection on the AC power cord. This safeguard ensures that if the cable becomes overheated when charging, it will shut down and prevent any additional charge from being transferred.
It is critical for the safety of an EV and its driver that the charging station offers a ground (earth) connection to the car. The charger has a mechanism that checks ground continuity inside the charging system to either prevent the circuitry from becoming powered when grounding is unavailable or to interrupt the circuit if grounding is lost during operation.
Input accessibility measures for people with disabilities
People with limited mobility must have access to charging stations. Disabled people may have a better chance of operating an electric car in a safer and more convenient setting if accessibility measures are implemented. The first 25 EV charging spaces, or any accessible and convenient space, should be dedicated exclusively to disabled people. It necessitates a parking place on the diagonal or perpendicular to the curb, with enough room around the charging equipment and a barrier-free path of travel. All-electric vehicle drivers will have equal access due to their proximity to the building’s entrance. In a public place, accessibility should also include sidewalk space for pedestrian passing.