Pixous Energy

Reliable Power,
Stored and On Demand

Grid-scale and behind-the-meter battery storage that firms renewables, shaves peak demand and keeps critical operations running — dispatched intelligently from Grid OS.

Peak saving Backup power Renewable firming Cell-level health
Engineer reviewing live battery storage analytics beside a BESS container yard with wind and solar
Connected by design

Storage that Balances
the Whole System

Pixous Energy designs, builds and operates battery storage that turns variable renewable output into firm, dependable power — charging when energy is clean and cheap, and discharging when demand and prices peak.

Every pack reports into Grid OS, so state-of-charge, state-of-health and dispatch are optimised in real time across solar, wind, EV charging and the grid.

Storage solutions

Batteries that Earn their Keep

Peak Shaving & Arbitrage

Store off-peak energy and discharge at peak to cut demand charges and grid stress.

Renewable Firming

Smooth solar and wind output and shift clean energy to when it is needed most.

Backup & Resilience

Seamless backup that keeps critical loads and microgrids running through outages.

Grid Services

Frequency response, reserves and arbitrage that turn storage into a revenue asset.

State-of-Health Tracking

Cell-level monitoring and thermal control that extend battery life and safety.

How it works

From Sizing to Smart Dispatch

Energy flow from generation through storage and the grid to buildings
01

Size

Model load, tariffs and renewables to right-size power and energy.

02

Deploy

Install LFP packs, hybrid inverters and thermal management, grid-tied or behind-the-meter.

03

Dispatch

Grid OS charges and discharges automatically against price, demand and carbon.

04

Optimise

Continuous health analytics maximise lifespan, safety and returns.

The platform

Storage, Intelligently Operated

EMS Dispatch Engine

Real-time optimisation that decides when to charge, hold and discharge.

Battery Health Analytics

Cell-to-pack state-of-health, degradation and warranty tracking.

Thermal Management

Active cooling and safety controls that protect capacity and life.

Grid OS Integration

One control layer across storage, solar, wind, EV charging and the grid.

Let's begin

Let's build a smarter energy future.

Bring us one site or one thousand. We'll model the outcome, agree the guarantees, and have your first assets streaming into Grid OS within a quarter.

12 weeks Typical time to first dispatch
−31% Average energy cost movement
24 / 7 Follow-the-sun operations desk