Key terms

Commercial battery storage

Lupa was built to promote the widescale deployment of behind-the-meter battery storage across commercial buildings.

Working out what a battery would save on a particular building is difficult, and the tools that do it properly have historically been out of reach for most small and medium sized occupiers.

Lupa's mission is to put this assessment in the hands of the people paying the bills: what a system would cost upfront, what it would save across its life, and whether it can facilitate a movement to electrification in the future. It also shows what a move to a time-of-use contract, or to a full pass-through tariff, would do to those returns, so the supply contract and the battery can be procured as one decision.

01

Create your baseline

Upload interval data and an electricity invoice for the building, and Lupa reads both into the platform without anything being keyed in by hand.

Where interval data is not available, the load profile can be built in the platform from the location, the type of operation, the operating hours and the heating system. Tariffs can be taken from the catalogue in the same way.

Upload or build from scratch

02

Enter site constraints

Enter the maximum rooftop solar system the site can accommodate, alongside the maximum battery size and the site's import and export capacity where these are known.

Left blank, default values are used based on the building type and size.

Site constraints

Maximum rooftop solar420kWp
Maximum battery600kWh
Import capacity800kVA
Export capacitydefault for this buildingkVA

03

Evaluate multiple scenarios

A site might be planning to electrify its fleet of vehicles, replacing gas heating with heat pumps, or moving to a different supply contract. Each scenario can be modelled separately within the same analysis.

Scenarios

BaselineElectric fleetHeat pumps+ Add scenario

Average daily profile

BaselineElectric fleetHeat pumps

04

Every option compared on the same terms

Every workable size of solar and battery is priced across a full year at half-hourly resolution on the site's own tariff.

Capital cost, net present value, rate of return, payback and emissions are produced for each one, and the options within a scenario can be compared on whichever measure matters most to the project.

Every option ranked

Rank by Whole-life value (NPV)
BaselineElectric fleetHeat pumps

05

Out to the people who would build, operate and maintain itin build

The chosen option can be sent to the procurement platform, where local EPCs and aggregators evaluate the project and submit proposals.

Out to procurement