Luna is a behind-the-meter optimiser for commercial and industrial sites. It makes the batteries, solar, EV chargers and OEM software you already have market-aware, tuning them in real time against wholesale prices, network tariffs, demand charges, load forecasts and the weather, and checking it all against your real energy bills.
Most batteries and inverters are configured once at commissioning and left alone. Prices, tariffs, load and weather keep moving, so a fixed configuration slowly stops matching the site it was set up for. Luna keeps re-tuning it.
Six inputs feed every decision. Together they let your existing equipment respond to the market and your site, not just a clock.
Live and forecast NEM spot prices, so assets charge, discharge, export or hold based on where the market is heading.
Time-of-use network charges for the site's actual tariff, so energy is used and stored when the network charges least.
The site's monthly peak and the cost attached to it, so batteries and flexible load are held back to shave the peaks that set the bill.
A forecast of how the site will use energy over the coming hours and days, built from its own interval data.
Weather forecasts that shape expected solar generation and site load, so the plan adjusts before conditions change.
The site's real energy bills, used to check that the tariffs, charges and assumptions inside the optimiser match what the site is actually charged.
Luna links to your batteries, inverters, EV chargers and meters through their existing OEM software, with integrations across most major BESS, solar and EV charging brands. Nothing needs to be replaced or re-platformed.
We take in the site's interval data, tariff and billing data, and check the optimiser's assumptions against what the site is actually charged, including network tariffs and demand charges.
Using live and forecast NEM prices, load forecasts and weather data, Luna works out the best plan for every asset and updates the operating parameters in your equipment as conditions change: when to charge, discharge, export, hold or shift load.
Every decision is logged against the prices, forecasts and constraints that produced it, and results are reconciled against billing data, so you can see the savings are real.
Luna's decisions come from a physics-based optimisation model built on the real constraints of your assets and site. Every decision traces back to a price, a tariff, a forecast or a constraint, so it can be explained after the fact.
For installers, developers and asset owners still deciding whether a battery, solar or EV charging investment makes sense, Luna runs the same optimisation against a site's historical interval data and bills, so the business case reflects that site rather than an industry average.
Send us (or connect) a site's interval data and bills, and we'll model expected returns from a battery, solar or EV charging asset under Luna's optimisation, retail-paired or wholesale-paired.
Once a system is installed, Luna takes over day-to-day optimisation and reports performance against the original feasibility case.
Luna by Gridsoft is a behind-the-meter (BTM) energy optimisation platform for commercial and industrial sites in Australia. It makes the batteries, solar, EV chargers and OEM control software a site already has market-aware, tuning their operating parameters in real time against wholesale electricity prices, network tariffs, demand charges, load forecasts and weather forecasts, rather than leaving them on a set-and-forget configuration. Luna also ingests the site's billing data, so the optimiser's settings stay in line with what the site actually pays.
Behind-the-meter (BTM) assets sit on the customer's side of the electricity meter: on-site batteries, solar, EV chargers and flexible load. BTM optimisation decides how and when those assets run so the site pays less for energy and earns more from the market, while staying within the equipment's limits.
No. Luna works with the batteries, inverters, EV chargers and manufacturer (OEM) control software already installed. It adjusts their operating parameters rather than replacing them, and integrates with most major BESS, solar and EV charging brands.
Built-in modes are usually configured once at commissioning, with fixed charge and discharge windows that do not respond to the market. Luna re-tunes those parameters in real time as wholesale prices, demand, load and weather change, so the equipment keeps working towards the best result instead of drifting away from it.
Live and forecast wholesale prices from the National Electricity Market (NEM), the site's network tariff and demand charges, interval meter data, load forecasts, weather forecasts, asset telemetry, and the site's billing data.
Tariffs, charges and site behaviour change over time, and an optimiser is only as good as the assumptions inside it. Luna reconciles its parameters against the site's real bills, so its decisions are based on what the site actually pays rather than on an assumed tariff.
No. Luna's decisions come from a deterministic, physics-based optimisation model built on the real constraints of each asset and site. Every decision can be traced back to a price, a tariff, a forecast or a constraint.
Commercial and industrial energy users and asset owners, and the installers and developers who build their systems. Luna runs on sites across Australia's National Electricity Market and also models battery and solar projects on a site's real data before installation.
We'll show you what Luna could do for your site, using your own data.
