LV panels for electric vehicle charging stations
- 1 pole and 2 pole fuse bases for DC
- 1 Pole fuse bases
- 3 Pole Horizontal fuse bases and fue switch disconnectors
- Accessories
- ADU- Outdoor LV Distribution Boards
- Cabinets for Telemanagement and Telecommunication
- CBT UNESA
- CBTA Insulated box
- CBTA Metallic enclosure
- CBTA PNT Polyester
- CBTA PNT Premium
- CBTA UNESA
- CBTA-M Metallic
- CBTI Outdoor Substation’s LV Switchboard
- CBTI-T-Telemanagement Outdoor Substation’s LV Switchboard
- CBTO Optimized
- CBTR Indoor frame mounted LV Panel
- CGP - House Connection Boxes
- Circuit breaker
- Circuit breaker
- CMAT - Metering panels
- Concrete cabinets
- Concrete enclosure
- CUMA 21 LV Modular Insulated Panel
- Diazed
- Distribution network
- Distribution panels for Utility
- Distribution Transformer monitoring systems
- Earth connection boxes
- Earth Joint Box
- Enclosures
- Energy Monitoring Devices
- ETI | Fuse links and Fuse disconnectors
- ETI Fue links and modular switchgear
- Genset Power Connector - GPC
- Global Low Voltage Monitoring System
- In DC up to 1500 V
- Indoor photovoltaic boxes
- IP20 protected busbar system
- Isolated enclosures
- Load break switch
- Load break switch
- LV distribution panels
- LV Panels for solar plants
- Merytronic
- Neozed
- NH 00 | 160 A | 185 mm
- NH 1/2/3 | 250/400/630 A | 185 mm
- NH Fuse switches
- One pole LV fuse switches – NHC
- One pole open/protected fuse bases
- Other applications
- Other Energy Monitoring Devices
- Other equipments
- Other products
- Other Smart Grids Solutions
- Outdoor photovoltaic boxes
- Photovoltaic AC / DC
- Polyester enclosure
- PV in AC | Switchgear and combiner panels
- Range
- Smart Fuse Switch (SFS)
- Smart grids
- Street lighting cabinets
- Switchboards for Transformer Substations
- Three pole horizontal design fuse switch disconnectors - BTHC
- Three pole horizontal open/protected fuse bases
- Underground Cable and Pipe Locator
- Vertical design fuse rails (BTVA) TRIVER
- Vertical design fuse rails and fuse switches
- Vertical design fuse switches and disconnectors TRIVER+
- Vertical design fuse switches for 800 V AC applications - BTVC
DESCRIPTION
Panel intended for the protection of low-voltage lines in indoor transformer substations that supply the different charging points through converters/rectifiers in fast and ultra-fast charging infrastructures for electric vehicles equipped with medium and high power chargers.
- based on vertical design fuse-switchgear technology
- greater safety and performance
- protection against overloads, short circuits and overvoltages
It has a high capacity and resistance, with a rated current of 2000 A and upwards and up to 8 feeders, which makes it suitable for high energy demand applications. Therefore, it is able to withstand current peaks at the feeders without compromising its lifetime, ensuring reliable and long-lasting performance.
MAXIMUM RELIABILITY
TRIVER vertical fuse switches provide a highly efficient alternative to circuit breakers on distribution panel feeder lines. They act as switches, enabling the line to be controlled while under load. They are available in 3-pole and single-pole phase by phase versions.
MONITORING
The panels can be supplied with our low-voltage distribution network monitoring and remote supervision systems.
EXPANDABLE
Charging stations are still in their early days, so the scenario may change. One great advantage of our panels is that they can be expanded, so additional posts can be installed with no problems.
The roll-out of charging stations has only just begun and demand is expected to increase in the coming years, so our panels are made to be expandable. If more charge points and therefore more feeder lines are needed in the future, an extension switchboard can be added.
MORE COMPACT
The great advantage of fuse holders is that they take up very little space, which makes for a compact, tidy low-voltage panel design.
These distribution panels also use less space that conventional panels with circuit breakers. This means that the transformer substations installed are also more compact.
LOWER COSTS
The smaller size of these installation means that costs are lower. With the extension switchboards that we offer as part of the range, service capacity can be increased without enlarging the installation.
On the other hand, it should be noted that the use of three-pole fuse switches as protection and distribution elements is more economical than the massive use of circuit breakers per feeder.
Range of products
- GENERAL PROTECTION LV PANEL - MULTIPLE FEEDER
- GENERAL PROTECTION LV PANEL - 1 FEEDER
- AUXILIARY SERVICES CABINET
GENERAL PROTECTION LV PANEL - MULTIPLE FEEDER
Current | 2000 A / 2500 A / 3200 A* |
General manoeuvre | 3P + N main circuit breaker |
Incoming | Triver 3-pole vertical fuse switch + NH 00/1/2/3 |
Type of feeders | BTVC Triver + NH 00/1/2/3 |
Nº of feeders | 4/8/12/… with NH 1/2/3 * |
Expandable | |
Options
|
Monitoring/advanced supervision |
Auxiliary circuits | |
Differential protection | |
Measuring | |
Surge protection | |
Installation | Inside transformer substation (Metal enclosure ) |
Dimensions | 2131 x 950 x 503 mm |
GENERAL PROTECTION LV PANEL - 1 FEEDER
Current | 630 A / 800 A / 1000 A / 1250 A / 1600 A* |
General manoeuvre | 3P + N main circuit breaker |
Incoming | Top mounting: 4 cable 240 mm2 per fase |
Type of feeders | Direct form the circuit breaker |
Nº of feeders | 1 feeder direct form the circuit breaker |
Options | Auxiliary circuits |
Differential protection | |
Surge protection | |
Interlocking of the switch by a lock | |
Installation | Inside transformer substation (Metal enclosure) |
Nº. of cables for the incoming | For 630 y 800 A: 2 x 240 mm2 |
For 1000 A: 3 x 240 mm2 | |
For 1250 y 1600 A: 4 x 240 mm2 | |
Dimensions | 1446 x 580 x 290 mm |
AUXILIARY SERVICES CABINET
Components |
Single-phase or three-phase transformer |
Magnetotermic circuit breakers |
Current circuit breakers |
Plug base |