NEX-PLUG/50-H:Electrify More. Upgrade Less.

EVECTRiX NEX- PLUG/50 single channel EVEMS intelligently monitor electrical demand and dynamically control EV charging to stay within the available capacity of a building or home.
By continuously measuring total load and temporarily reducing or pausing EV charging when required, EVECTRiX enables scalable EV charging without immediate electrical service upgrades.

Evectrix NEX-PLUG-50 EVEMS-EVECTRIX ELECTRIC LOAD MANAGEMENT SYSTEM
Evectrix NEX-PLUG-50 EVEMS-EVECTRIX ELECTRIC LOAD MANAGEMENT SYSTEM

The EV Charging Capacity Challenge

Most Electrical Services Cannot Support Simultaneous EV Charging at Full Power

When multiple EV chargers operate at the same time, total electrical demand can exceed the capacity of a service panel, feeder, or main breaker.Without load management, the typical solutions are:

  • Limiting the number of EV chargers installed
  • Upgrading electrical infrastructure at high cost

EVECTRiX provides an alternative approach

intelligent EV charger load management that continuously monitors total demand and automatically adjusts EV charging to prevent overload conditions.

How the System Works

Real-Time EV Charger Load Control

Step 1: Monitor

EVECTRiX continuously monitors total electrical load at the main service, feeder, or dedicated EV circuit.

Step 2: Detect Threshold

When total demand approaches a defined limit (e.g., main breaker rating), the system identifies available headroom.

Step 3: Control Charging

EV charging output is automatically reduced, paused, or cycled to ensure total load remains within safe limits.

Step 4: Restore Charging

As household or building demand decreases, EV charging is automatically restored or increased.

NEX-PLUG-50-H-v2-SINGLE CHANNEL EVEMS-EVECTRIX ELECTRIC LOAD MANAGEMENT SYSTEM

EVECTRiX Product Ecosystem

A Complete EV Charger Load Management Platform

EVECTRiX products range from simple single-circuit load controllers to advanced networked EVEMS systems for multi-charger installations.

EVEMS Controllers

Advanced EV Charger Load Management Systems

EVECTRiX EVEMS controllers continuously monitor electrical capacity and dynamically manage multiple EV chargers in real time.

They are used to:

  • Prevent electrical service overload
  • Coordinate multiple EV chargers
  • Enable scalable EV charging infrastructure
  • Support building-level energy constraints

WHY EVECTRIX?

Beyond Basic Load Limiting Devices

Continuous Load Awareness

Monitors real-time electrical demand at the service or circuit level

Automatic Load Control

Temporarily reduces or pauses EV charging when total load exceeds safe limits

Engineering-Based Configuration

Load thresholds and control logic are configured based on site-specific electrical design.

Scalable Solutions

Supports single EV chargers through to large multi-charger networks.

Integration Ready

Can operate independently or integrate into broader building electrical systems

Evectrix NEX-PLUG-50 EVEMS-EVECTRIX ELECTRIC LOAD MANAGEMENT SYSTEM

Project Process

From Assessment to Commissioning

Step 1: Project Review

Evaluate electrical service capacity, EV charger quantity, and site constraints.

Step 2: System Selection

Define whether standalone load control or full EVEMS architecture is required.

Step 3: Engineering Design

Align system configuration with electrical codes and design requirements.

Step 4: Configuration

Set load thresholds, priorities, and control parameters.

Step 5: Installation

Installed by qualified electrical contractors.

Step 6: Commissioning

Verify load response, safety limits, and system performance.

Compliance

Engineered for Safe, Code-Compliant EV Charging

EVECTRiX load management systems must be installed in accordance with applicable electrical codes and authority having jurisdiction requirements.Where applicable, products may be field evaluated in accordance with CSA SPE-1000 or equivalent standards.