From our survey team, to our engineers, to our contractors, to our EV Charging Stations, we deliver Best in Class on Every Level

Charger

Range of ABB EV chargers

  • AC Destination: Ranging from 3 to 22 kW, these AC wallboxes are suitable for home charging and commercial fleet applications.
 
  • DC Destination: These DC chargers provide 11 to 24 kW output and are ideal for various locations.
 
  • DC Fast: Delivering 50 to 180 kW, these robust DC fast charging stations cater to public charging needs.
 
  • All-in-one: With power levels from 90 to 360 kW, these chargers combine versatility and efficiency.
 
  • DC High Power: Offering 175 to 350 kW+, these chargers are suitable for heavy-duty applications.
 
  • Vehicle-to-Grid (V2G): ABB’s upcoming V2G solution will enable bidirectional energy flow between EVs and the grid.
 
  • Overnight Chargers: Sequential charging at 50 to 150 kW.
  • Route Panto Up: 150 to 450 kW.
 
  • Route Panto Down: 150 to 600 kW.
 
  • EcoFlex Integrated High Power Chargers: Innovative solutions for efficient charging.

Gear & Components

MV Switchgear

MV Switchgear

MV switchgear handles voltages ranging from 3 kV to 36 kV.

Common types include:

Gas-insulated switchgear

Metal-clad switchgear

Metal-enclosed switchgear

Pad-mounted switchgear

Vault switchgear.

Load Interrupter switches

Purpose:

Load Interrupter Switches are cost-effective alternatives to metal-clad switchgear with draw-out circuit breakers.

They are typically used for primary side protection of medium-voltage transformers.

Features:

Available in fused or non-fused versions.

Designed for 3-phase systems with voltages up to 27 kV and continuous current up to 630A.

Offer resettable overcurrent protection in a sealed, dead-front design.

Suitable for load break and fault interrupting applications.

Application Flexibility:

Load Interrupter Switches support various configurations, including single-frame and multi-frame designs.

Options include potheads, roof bushings, terminators, lightning arresters, meters, and relays.

Load Interrupter switches​
ReliaGear Switchboard​

ReliaGear Switchboard

Design and Components:

ReliaGear SB switchboards feature a safer design with groundbreaking components:

SACE Emax 2 power circuit breakers: These ensure energy efficiency and reliability.

Tmax XT plug-in MCCBs: These save time, labor, and cost.

Available up to 6,000 A and 600 VAC.

Plug-in group mounted distribution sections allow flexibility in device installation.

Fast Shipping Options:

Choose between 2-week or 10-week delivery cycles.

Pre-configured designs reduce project cycle times.

Options include NEMA 1 and NEMA 3R configurations, SACE Emax 2 main breakers (2,000A or 4,000A), and add-on feeder sections.

Safety and Convenience:

Improved finger-safe bus stack meets IP20 standards.

Bluetooth® technology for circuit breaker parameter setting and measurements via smartphone.

Single-tool simplicity for easy component installation or replacement.

Hinged gutter doors for quick access during wiring.

Surge Protective Devices

Purpose:

SPDs protect against transient surge conditions caused by events like lightning strikes or utility power anomalies.

Large single surge events (such as lightning) can reach hundreds of thousands of volts and cause immediate or intermittent equipment failure.

However, lightning and utility power anomalies account for only 20% of transient surges.

Types:

UL Market Offering:

High capacity service entrance SPDs

Medium capacity mid-level distribution SPDs

Light capacity panel board distribution SPDs

Point-of-use SPDs

IEC Market Offering:

SPD Class I (high discharge capacity)

SPD Class II (good protection level)

SPD Class III (dataline protection for data applications)

Surge Protective Devices​
LV Stepdown Transformer

LV Stepdown Transformer

Working Principle:

When voltage is supplied to the primary coil, it creates a magnetic flux.

This changing magnetic flux induces an electromotive force (emf) in the secondary coil by the law of induction.

The induced emf in the secondary coil is lower than the emf in the primary coil.

Applications:

Electronics: Step-down transformers provide low voltage suitable for electronic devices (e.g., 5V).

Battery Chargers: Daily-use battery chargers also use step-down transformers.

Power Systems: They play a crucial role in power systems by lowering voltage levels for energy consumers

ReliaGear Power Panelboard

  • Modular Design: The panelboards feature a modular, field-modifiable design, making installation and field modifications faster and easier. This eliminates the need for labor-intensive bolt-on components.
 
  • Field-Reversible Bus Stack: The bus stack can be flipped 180 degrees to accommodate top or bottom feeds without requiring extra parts.
 
  • Tmax® XT Circuit Breakers: These groundbreaking circuit breakers simplify installation and servicing. They have spring-loaded primary disconnects for fast installation and replacement, combining the convenience of plug-in breakers with the security of bolt-on connections.
 
  • Cloud Connectivity: The panelboards come with built-in metering for real-time data analysis, allowing you to monitor performance and energy usage.
  • IP20 Finger-Safe Feature: Select models include an IP20 finger-safe design for added safety.
 
  • Applications: ReliaGear neXT Power Panelboards find applications in commercial buildings, high-rise structures, education institutions, food and beverage facilities, data centers, and large industrial complexes.
ReliaGear Power Panelboard
Safety switches

Safety switches

Function: A safety switch (also known as a residual current device or RCD) continuously monitors the electric current flowing through a circuit. It detects even minor imbalances and responds by disconnecting the power supply. This action helps prevent electrical shocks, fires, and injuries to occupants.

Types: Safety switches come in various types:

    • General Duty Safety Switches: These are commonly used for residential and light commercial applications.
    • Heavy Duty Safety Switches: Designed for industrial and heavy-duty environments, these switches can handle higher loads.
    • Double Throw Safety Switches: These allow you to switch between two power sources, providing redundancy and flexibility.
 

Accessories: Safety switch accessories include:

    • Fuse Kits: For Class R and J fuses.
    • Interlock Kits: To prevent simultaneous closure of multiple switches.
    • Lug Kits: For secure connections.
    • Viewing Windows: To check switch status.
    • Key Interlock Kits: Enhance safety by ensuring proper sequence.
    • Switch Lubricant: Facilitates smooth operation.
    • Phenolic Legend Plates: Clearly label switches.

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