AI for commercial solar & batteries

Plan the best-return energy system. Then make sure it delivers.

Tekmor's AI works out the most cost-effective solar and battery system for your site, then the same algorithm runs it to deliver the return it promised. For many commercial sites, that cuts the electricity bill by more than half.

tekmōr (Greek): a sure sign; proof. Every plan we make rests on your data, and every saving is measured.

Modelled Queensland commercial property · January

−59%electricity bill
  • January billA$11,580→A$4,780
  • Peak demand chargeA$2,030→A$250
  • Mild month (May) bill−54%
Solar and battery run by Tekmor AI on Energex's business demand tariff, through a hot January with a four-day heatwave. Modelled example, not customer data. Assumptions

The market today

A commercial power bill is decided in a few hours a month.

Tariffs, wholesale prices and incentives all reward a battery that acts at the right moment. A battery that just follows a timer misses most of it.

30 min

One half-hour sets the demand charge

On business demand tariffs, the single highest reading in the evening peak window can set a charge for the whole month. On Energex's business demand tariff it is about A$13.90 per kVA, every month.

5 min

Wholesale prices move every five minutes

Sites on wholesale-linked contracts pay a price that resets every five minutes, from below zero to thousands of dollars a megawatt-hour. A fixed charging schedule can't respond to either.

NSW PDRS

NSW now supports business batteries

Since 1 September 2026, the NSW Peak Demand Reduction Scheme supports commercial batteries through Peak Reduction Certificates (activities BESS4 and BESS5). Larger systems must be internet-connected and able to be controlled by a demand response aggregator.

We build tariff, wholesale and certificate value into every plan, then run the battery to capture it. Certificate prices change over time; we estimate values at the time of each plan.

The project gap

Most energy projects never deliver the return in the proposal.

The numbers that justify the investment and the system that runs it are rarely connected.

Assumed

Sized on paper

Systems are sized on short load histories, generic tariffs and vendor spec sheets. The proposal looks right, and nobody tests it on the real site.

Fixed

Run on factory settings

Once installed, most batteries follow a fixed rule. They ignore when your network charges peak, so they are often empty in the half-hour that sets your demand charge.

Unchecked

No one compares it to the plan

After handover, few owners measure actual savings against the investment case. The shortfall shows up slowly, in the power bill.

What we do

One algorithm, from proposal to operation.

The algorithm that writes your proposal is the same one that runs your battery. What the plan promises is what the system is run to deliver, and we report against it every month.

Plan

Before you invest

We compare solar, battery and combined options on your real bills and meter data, recommend the best-value system, and prove it with a Shadow run before you commit capital.

Deliver

After it's installed

The same algorithm runs battery, solar and inverters every day to hit the planned savings, saves energy for the half-hours that set your demand charge, and reports results against the plan each month.

How it works →  ·  See the numbers →

Who it's for

Better returns for everyone who pays for, builds or funds the system

Businesses

A lower cost for every kWh

We find the system that cuts your energy cost the most for the capital you put in, then make sure it does. Cheaper energy lets you run more equipment and longer hours at better margins.

EPCs & installers

Win more projects, earn after handover

Proposals backed by site data close faster and hold up to scrutiny. After handover, offer AI-optimised operation and performance reporting as an ongoing service.

Investors & financiers

Returns you can underwrite and track

Model each asset on real site data before you invest, then track actual returns against the investment case across your portfolio.

Partner with us

Let's build commercial solar and storage that delivers what it promises.

We're looking for partners across the value chain. If you build, supply, aggregate or fund commercial energy systems in Australia or New Zealand, let's talk.

Hardware manufacturers

Reach commercial sites with a data-backed case

Battery, inverter and PCS makers: integrate with our platform, and let site-specific plans show why your equipment is the right fit.

EPCs & installers

Win projects, and keep earning after handover

Use our plans to close commercial projects faster, then offer AI-run operation and monthly reporting as an ongoing service.

Aggregators & certificate providers

Sites planned for demand response from day one

Work with us on NSW PDRS projects and demand response programs. Every system we plan is sized and specified with the scheme in mind.

Investors & financiers

Portfolios you can underwrite

Fund commercial solar and battery portfolios with returns modelled on real site data before you invest, and tracked against plan after.

Meeting at All-Energy Australia? Melbourne, 28–29 October 2026. Book a time with the founding team.

Talk to us about partnering

See what your site could save.

Send one electricity bill. We'll compare the options and recommend the best-value plan, free.