Aerial view of the E11 Vancouver net-zero residence with rooftop solar

AMOR GROUP | ENERGY INFRASTRUCTURE

More capacity.
More control.

A Group business platform spanning commercial electrical infrastructure, energy storage, solar, EV charging, energy management and distributed energy systems. Canadian delivery is led by Amor Energy Corporation.

Commercial electricalBattery storageSolar PVEV infrastructureEngineering & field services

Power with purpose

Integrate the energy system—not just the equipment.

Amor connects site loads, utility requirements, controls, incentives and construction into one practical delivery plan. The result is infrastructure designed around how your facility actually operates.

Battery energy storage

Commercial ESS for peak shaving, resilience, selected-load backup, solar integration and demand-response participation.

Solar PV

Residential, commercial and institutional solar design and installation, including net metering, distribution integration and lifecycle support.

Microgrids

Coordinated solar, storage, controls and critical loads that improve resilience and energy flexibility.

Service upgrades

Utility coordination, transformers, switchgear, feeders and distribution upgrades for higher electrical demand.

Backup power

Generators, transfer systems and critical-load planning for facilities where continuity matters.

Incentive support

Project scoping, pre-approval and documentation support for applicable BC Hydro programs and funding opportunities.

Commercial energy storage

Reduce peaks. Preserve critical operations.

Commercial ESS can reduce demand charges during normal operation and support selected critical loads during an outage. Amor coordinates the electrical architecture, controls, permitting, installation and ongoing support.

Four commercial battery energy storage cabinets connected to building electrical distribution — Commercial ESS field installation

Commercial battery energy storage cabinets during installation beside a solar array — Installation and commissioning

Eligible BC Hydro ESI projects

Up to 80%eligible project-cost incentive support

5%refundable commitment deposit under Amor’s structured model

A financing path shaped around project milestones.

01
Pre-approval
Confirm load profile, project eligibility, technical scope and incentive pathway.
02
Milestone funding
Coordinate procurement and construction with approved incentive releases.
03
Operate and verify
Monitor demand reduction, system health and demand-response performance.

Program eligibility, funding and commercial terms remain subject to BC Hydro approval, detailed engineering and final contract.

Commercial architecture

Peak shaving and selected-load backup—one coordinated system.

A representative 240 kW commercial architecture showing paralleled ESS cabinets, controls, voltage transformation, automatic islanding and dedicated critical-load distribution.

AMOR SYSTEM CONCEPTCommercial peak shaving + selected-load backupRepresentative 240 kW configuration

CONTROL LAYEREnergy Management SystemPeak shaving · load shedding · backup control · monitoring

GRIDUtility supplyNormal facility source

FACILITYMain distributionExisting service voltage

TRANSFERAutomatic isolating deviceATS / MID as engineered

STORAGE PLATFORMModular ESS cabinetsProject-specific energy capacity

POWER CONVERSIONHybrid invertersParalleled AC output

INTERFACECombiner + transformerVoltage and protection coordination

BACKUP DISTRIBUTIONCritical-load switchboardReceives utility or isolated ESS supply

SUPPORTED DURING OUTAGECritical loadsRefrigeration · emergency lighting · controls · network / IT · security

MAIN DISTRIBUTION ONLYNon-backup loadsHVAC · cooking · EV charging · other noncritical loads

Amor-created generic system architecture. Conceptual arrangement only; final capacity, voltage, breakers, conductors, transformer ratings, controls and protection require detailed engineering.

Residential backup logic

Keep essential circuits operating when the grid is unavailable.

A brand-neutral partial-backup architecture separates critical loads from large non-backup loads. Solar and storage continue supporting the selected circuits while the controller isolates the home from the utility.

Normal modeGrid present

Utility + meter→Main service panel→Backup controller→Critical-load panel

Solar PV + ESS charge the system and support selected loads

Large loads such as EV charging, heat pumps, electric cooking and water heating remain on the main panel.

Backup modeGrid lost

Grid isolated×Solar PV + ESS→Backup controller→Critical loads

Battery and solar supply refrigeration, lighting, network and selected outlets

Non-backup large loads remain isolated, preserving stored energy for the circuits that matter most.

E11 · Vancouver

A residential solar + storage net-zero project.

An integrated residential project combining rooftop solar, modular battery storage, energy controls and backup-ready distribution—designed as one coordinated home energy system.