APA MSD NORTH
APA MSD NORTH is an EV charging station located at 921 W Walnut St, Allentown, Pennsylvania. It offers 2 charging ports on the ChargePoint Network network.
APA MSD NORTH is an EV charging station in Allentown, Pennsylvania on the ChargePoint Network network. It has 2 charging ports (2 Level 2 ports) with charging speeds up to 3.7 kW. Access: 24 hours daily.
Location
921 W Walnut StAllentown, PA 18102
Coordinates: 40.6001460, -75.4757170
Access: public — Public
Network
ChargePoint Network
Charging Details
| Type | Ports |
|---|---|
| Level 2 | 2 |
Max power: 3.7 kW
Connector Breakdown
| Connector | Level | Power |
|---|---|---|
| J1772 | Level 2 | ≤19.2 kW |
Hours & Access
24 hours daily
Nearby Charging Stations
-
LV HYUNDAI LV HYUNDAI SHOP
— ChargePoint Network
(1 L2)
675 State Ave -
Scott Cadillac
— EV Connect
(1 DCFC)
3333 LEHIGH STREET -
SCOTT VOLVO CT4021-01 REAR
— ChargePoint Network
(2 L2)
2120 33rd St SW -
ChargePoint Charging Station
— Non-Networked
2120 33rd St SW, Allentown -
SCOTT VOLVO VOLVO FRONT
— ChargePoint Network
(2 L2)
2120 33rd Street Southwest -
SCOTT MAZDA STATION 1
— ChargePoint Network
(2 L2)
3301 Lehigh St
Frequently Asked Questions
How many charging ports does APA MSD NORTH have?
APA MSD NORTH in Allentown, Pennsylvania has 2 Level 2 ports on the ChargePoint Network network.
What connector types are available at APA MSD NORTH?
APA MSD NORTH supports the following EV connectors: J1772.
What charging speeds are available at APA MSD NORTH?
APA MSD NORTH provides Level 2 charging at up to 3.7 kW. DC fast charging is not available at this location.
What are the hours for APA MSD NORTH?
APA MSD NORTH is accessible 24 hours daily.
Who can use APA MSD NORTH?
APA MSD NORTH access: public — Public.
Where is APA MSD NORTH located?
APA MSD NORTH is located at 921 W Walnut St, Allentown, PA 18102.
Station Actions
Is This Information Correct?
Station details change frequently. If this station's hours, pricing, or availability are wrong, view on the map and submit a correction to help fellow EV drivers.