Hardware
Array Charging (H) - Twin
Datasheet
Pod Point Array Charging (H) - Twin PP-D-170213-2
System Description
The Pod Point Array charging system allows multiple chargers to manage their individual and total charging
load within the limits of a fixed supply. An Array system allows many more chargers to be fitted than would
normally be the case as each charger will de-rate as necessary to never overload the incoming mains feed.
The system consists of suitable cabinets containing the Pod Point Array Controller electronics and MCBs. A
chosen number of Pod Point double socketed chargers are wired to these cabinets (up to 4 for a single phase
system or up to 12 for a three phase system).
System Requirements
• A Wi-Fi network must be available where the Pod Point double socketed EVCPs are installed
• The total amount of Pod Point double socketed EVCPs allowed must be calculated with a safety
contingency based on the supply
• The Array Charging system can be installed on single phase supply or three phase supply
System Diagram
Array Charging is available in dierent options to cover most system requirements. Pod Point
are able to advise on suitable configurations.
Single-Phase supply – up to 4 double socketed Pod Points ( Fig. 1)
For a supply of 100A up to 4 double socketed Pod Point EVCPs (8 outlets) can be installed
(depending on maximum available supply - See Table 1)
Fig 1. Single-Phase Array System Configuration
Array Charging (H) - Twin
This datasheet contains general information surrounding Pod Point’s hardware Array Charging
solution for Solo chargers, please always check with Pod Point for specific specifications and
details that relate to the charging solution you require,
Pod Point Array Charging (H) - Twin PP-D-170213-2
Pod Point Array Charging (H) - Twin PP-D-170213-2
Three-Phase Supply – up to 12 double socketed Pod Points ( Fig. 2)
Option 2 is Pod Point’s preferred option. It allows load management of up to 12 double
socketed Pod Point EVCPs on a 100A TPN ( Three-Phase) supply. On a 100A TPN system (Fig
2), the Pod Point EVCPs must be installed in clusters of a maximum of 4 units per phase. Each
cluster connects to one phase of the supply
Fig 2. Three-Phase Array System Configuration
Array Charging Distribution Board
● Fully assembled three-phase system includes: 40A 2-pole MCBs, 3x current clamps, 1x three-
phase circuit breaker and Array controllers
● Up to 4x double socketed Pod Point EVCPs per phase (for 100A supply). See Table 1 for
dierent supplies and amount of Pod Point EVCPs allowed
Array Charging (H) - Twin
Table 1. Maximum supplies available for Array Charging
Table 2. Dimensions of Array System Installation
*Single-Phase system comprises of one DB box
Height
Width
Depth
System Height Width Depth
Three-Phase Horizontal (Fig 3) 1200 1500 139
Three-Phase Vertical (Fig 4) 1900 800 139
Fig 3. Horizontal installation of
Three-Phase system
Fig 4. Vertical installation of
Three-Phase system
Max Supply Single-Phase System Three-Phase System
40A 1 3 (1 per phase)
60A 2 6 (2 per phase)
80A 3 9 (3 per phase)
100A (default) 4 12 (4 per phase)
Amount of double socketed Pod Point EVCPs per system
Array Charging (H) - Twin
Pod Point Array Charging (H) - Twin PP-D-170213-2
