3FD-3 Wireless Dynamic EV Charging Unit

£195.00

METRON 3FD-3 Dynamic EV Charging Unit in combination with Metron SMART portable & wall-mounted charging stations provides wireless DYNAMIC LOAD MANAGEMENT (DLM) for controlling charging power of your EV(s) in the way house MAIN FUSES won’t blow. Additionally it adds solar power plant power to maximize charging power/speed, manages SOLAR SURPLUS charging and charging priority of controlled charging stations.

     Complete Quick Installation Guide for Installers – ENG

Description

Main features:

  • Protects house main fuses by WIRELESSLY dynamically controlling EV charging power/speed
  • Adds solar power plant power to maximize charging power/speed
  • Manages SOLAR SURPLUS charging
  • Manages charging priority of controlled charging stations
  • Sends real time house & solar power/currents data to all controlled charging stations
  • ONE 3FD-3 unit can control up to 150 Metron smart charging stations with built-in wireless receivers (portable or wall mounted or combined)
  • Universal – designed for 1-phase and 3-phase power systems
  • Special 100% in-house developed Metron proprietary Dynamic Power Control System algorithms inside
  • WiFi access point with preloaded METRON Dynamic Power Control application (change settings, see real time house/solar power & energy, connect to WiFi network,…)
  • OTA (over-the-air) updates (via WiFi) for Dynamic Power Control application

SPECIAL feature:

In case of using the a SMART PORTABLE CHARGING STATION(s) PC03X+ / PC04X+ / PC05X+ on 2 or more different places (e.g. you have 2 houses) it is possible to install the 3FD-3 DYNAMIC EV CHARGING UNITs on 2 or more different locations (e.g. 2 houses) with different main fuses and then just move/use the same SMART PORTABLE CHARGING STATION on those different locations and have everywhere safe wireless FUSE protection DYNAMIC charging. The SMART PORTABLE CHARGING STATION connects AUTOMATICALLY to 3FD-3 DYNAMIC EV CHARGING UNIT at every location.

 

Technical Specifications:

  • Supported house main fuse ratings: up to 1000A (for fuses rated more than 100A different current sensors are needed, please contact us for more info)
  • Rated supply voltage (single phase): 230V
  • Operating supply voltage range (single phase): from 90V to 270V (50/60Hz)
  • Idle power consumption: 2 W
  • Enclosed current measurement sensors: 4 units with measuring capability of up to 100A (please contact us in case higher current sensors are needed)
  • Protection against open leads high voltage on current measuring sensors: YES, totally safe for installers
  • Wireless signal range: up to 500m with built-in antenna and up to 2000m with additional antennas (please contact us for more info about additional antennas)
  • Operating frequency: 433 MHz
  • Number of available radio frequency (RF) channels: 25
  • Supports OTA (over-the-air) uploads of future versions of Dynamic Power Control application firmware
  • Supported WiFi standards: IEEE 802.11b/g/n
  • WiFi speed: up to 150 Mbit/s
  • WiFi security: WPA2
  • WiFi signal range: up to 20 m
  • Allows connecting the 3FD-3 to local WiFi network and also allow the 3FD-3 internet access in the WiFi router (advanced users)
  • 3FD-3 unit mounting: DIN rail compatible
  • Operating Ambient Air Temperature Range: -30 °C to 50 °C
  • CE approved
  • Warranty: 2 years

Green production

All our products are produced in a carbon neutral way by using “Sustainable energy cycle” method. Production plant where we make charging cables and portable charging stations is the first fully sustainable production facility for EV charging cables. All energy, needed for the heating and cooling of the building, production process and for transportation of goods and employees (except deliveries of heavy materials by trucks), is produced by 2 photovoltaic power plants and stored in 4 storage batteries. Almost all of the raw materials we use (cables, plugs) are produced in EU, to shorten supply routes and support local economy. Buying our products helps developing sustainable economy.