Reallocation of Energy™ Technology

Intelligent energy management for grid-constrained fleets. Maximize depot power efficiency and operational uptime.

Request a quote
Reallocation of Energy Technology
Hero Technology

Solving Grid Bottlenecks for Commercial Fleets

Commercial fleet electrification often faces grid capacity barriers. Upgrading site transformers takes months and millions in capital expense. Reallocation of Energy™ turns existing site infrastructure into a high-throughput power hub by shifting electricity live to where vehicles need it most.

  • Zero Grid Upgrades: Charge larger fleets without exceeding site grid limits
  • Priority Allocation: Low SoC vehicles automatically receive high-kW priority
  • Peak Demand Protection: Eliminate demand charge penalties dynamically
Hero Technology

Reallocation of Energy™

Intelligent energy management for grid-constrained fleets.

Instead of costly transformer overhauls or unmanaged grid overload, Cubenz dynamically redistributes site power in real time shifting available energy continuously where it's needed most to guarantee zero fleet downtime.

Why It Matters

Better Grid Utilisation

Make better use of available sanctioned capacity.

Higher Fleet Throughput

Prioritise vehicles according to operational requirements.

Reduced Infrastructure Pressure

Optimise charging without automatically requiring additional grid capacity.

Intelligent Power Allocation Diagram
Reallocation Engine Active
Available Grid Capacity
120 kW Available
Cubenz EMS Brain · Live Shift Protocol
Vehicle A
High SoC
20 kW
Allocated Power
State of Charge 75%
High SoC → 20 kW
Vehicle B
Low SoC
80 kW
Allocated Power
State of Charge 15%
Low SoC → 80 kW (Priority)
Vehicle C
Near Full
20 kW
Allocated Power
State of Charge 92%
Near Full → 20 kW

Key Platform Capabilities

Dynamic Load Balancing

Continuously measures site power draw in real time, automatically balancing charger output to prevent grid overloads and peak penalty charges.

Priority-Based Queue Management

Intelligently sequences charging based on battery state-of-charge, route urgency, and scheduled departure times for seamless fleet readiness.

Real-Time Monitoring

Provides live telemetry on voltage, active current, individual socket performance, and site-wide energy curves through a single dashboard.

Remote Diagnostics

Automates proactive health monitoring, self-healing reboots, and remote troubleshooting to maximize uptime without manual site visits.

OCPP 1.6 & 2.0

Full adherence to open communication standards ensures universal interoperability across diverse multi-vendor charging hardware.

Smart Charging APIs

Robust RESTful & WebSocket APIs effortlessly connect charging operations with fleet telemetry, ERP systems, and smart grid signals.

Tech FAQ

Frequently Asked Questions

Standard load balancing simply caps or splits static power evenly across chargers. Reallocation of Energy™ is an intelligent algorithm that factors in individual vehicle State of Charge (SoC), fleet departure schedules, and real-time site power draw to dynamically shift high kW to priority vehicles before rebalancing.

Because the platform supports OCPP 1.6 and 2.0 open protocols, Reallocation of Energy™ works seamlessly with Cubenz chargers as well as third-party OCPP-compliant charging stations.

Yes. Using Smart Charging APIs, fleet operators can sync route timetables with the EMS engine so vehicles scheduled to depart earliest are prioritized automatically.

Absolutely. Current transformer (CT) sensors and real-time monitoring track total building and charger load continuously, throttling power down instantaneously if overall building consumption surges.

Ready to optimize your fleet power infrastructure?

Request a quote
×

Request a Reallocation Power Audit

Speak with our fleet energy engineers today.