Define the constraint
Ask which verified load or equipment condition the option addresses rather than starting with a product.
Option matrix
Compare control-based load management and service-upgrade paths by capacity basis, compatibility, future projects, approvals and evidence.
Decision file
Ask which verified load or equipment condition the option addresses rather than starting with a product.
Record monitored loads, control logic, affected circuits, fail states, communications and listing or compatibility evidence.
List customer equipment, service conductors, meter work, utility dependencies, outage, restoration and inspections.
Compare how each path accommodates planned electrification and what would trigger another assessment.
Match model, rating, installation requirements and compatibility to the actual system without assuming universal fit.
Record contractor, permit, inspection, utility and building steps plus exclusions and closeout documents.
For load management, record monitored circuits, priority logic, operating limits, communications, user override, failure state and effects on EV or other equipment. Match the exact models and listed compatibility to the proposed installation.
For a service path, separate panelboard, disconnect, meter base, customer conductors, utility equipment, trenching or mast work, fire stopping and finishes. Tie each component to permits, inspection and BC Hydro dependencies.
Compare the documented future-load queue, expansion limits, maintenance, replacement parts and triggers for another assessment. A lower-cost control path and a larger service path answer different evidence and lifecycle questions.
Test both paths against the same EV, heating, suite, appliance and timing queue. For management, record monitored loads, priorities, settings, communications, failure behaviour, equipment compatibility and user effects. BC Hydro explains that power-management devices may share a branch circuit or monitor a home’s feeder, but also says a qualified electrician must determine whether the device is necessary and appropriate. Capture the exact listed device, charger, controlled load, sensing method, maximum settings and commissioning record instead of treating “load management” as a generic allowance. For service work, record customer equipment, BC Hydro design, meter or conductor changes, outage, access and restoration. Separate a panelboard replacement from a service-capacity change. Add the Burnaby permit and inspection path, maintenance, replacement parts, future expansion and reassessment triggers to both columns. Compare what happens during a device fault, communications loss, equipment replacement or added load. Include warranty responsibility, monitoring access and who may change settings after commissioning. For a strata or shared service, document how one installation affects the building-level plan and future stalls. Record any recurring software, communication or subscription dependency and the plan if that service ends. Compare replacement lead time, reprogramming responsibility and required records after ownership or tenancy changes. The comparison should make limitations and dependencies explicit, avoiding claims that a control product universally replaces an upgrade or that a larger service automatically solves every distribution constraint. Revisit the comparison after exact EV or heating equipment is selected, because compatibility and calculated demand can change with model, configuration and operating schedule. File the updated calculation, one-line drawing, settings and decision before procurement.
Primary references
Links checked September 23, 2026. Applicability still depends on the property and proposed scope.