Hvare Power Canada
A row of Hvare-branded battery energy storage units beneath transmission towers

Hvare Power Canada

Proven before it’s energized.

Battery storage, solar, and testing for industry. One accountable partner, from feasibility study to life-of-asset performance.

The problem

Industrial power has two problems: it’s rising, and you can’t predict it.

An aging, constrained grid sets your price, holds your connection in a queue, and drops without warning, and you have no lever to pull.

Demand charges alone can swing a six-figure line item month to month. Interconnection delays stall expansion. Outage risk halts production.

A business that creates value and jobs shouldn’t have its growth capped by infrastructure it can’t influence.

The Hvare Power Path

One partner. Feasibility to end of life.

01

Assess

Load study, 12-month tariff analysis, feasibility and system modelling.

You see: A transparent model with every assumption shown.

02

Engineer

System design, safety and fire review, financial model, procurement plan.

You see: Stamped design plus a financial case you can audit.

03

Integrate & Test

Build, integrate storage and solar, commission, and independently test every string before energization.

You see: A test report: proof, not promises.

04

Optimize

Monitoring, performance guarantee, long-term operations and maintenance.

You see: One accountable partner for the life of the asset.

Differentiator

How we prove it.

Too many storage systems are sold on a spreadsheet and switched on without ever being properly characterised. We test every system before it’s energized, so it performs the way the model said it would.

  • Cell and string characterisation against spec
  • Capacity and round-trip efficiency verification
  • Thermal behaviour under load
  • Protection, fire, and controls validation
  • A documented test report you and your lender’s engineer can hold
Technicians commissioning a containerized battery energy storage system
Photo: Yan lance, CC BY 4.0, Wikimedia Commons

What changes

What changes when you work this way.

Energy cost is a volatile line item you can't forecast

A predictable energy budget, with peak demand charges cut

An outage stops the line

Critical loads ride through outages

Solar generation wasted after dark

Solar stored and used when the site actually needs it

Decarbonization target with no plan

A documented, funded path to the target

Vendor finger-pointing when something underperforms

One partner accountable for all of it

Outcomes the Hvare method is built to produce, not results from a specific project. We’re pre-launch and don’t claim client results we don’t have.

What we build

Storage, solar, and testing under one roof.

Battery energy storage

Modular BESS sized to your load: designed, integrated, and cell-tested before it ever joins the system.

Testing & commissioning

Independent, standards-based verification before every system is energized.

Solar integration

Storage paired with on-site solar so clean generation is used when the site actually needs it, not just when the sun is out.

See the full scope →

Let’s model your site.

Before we propose anything, we model your site from your last 12 months of utility data and show you the assumptions. No obligation.