Technology

Storage. Engineered.

The hardware, control loops, and software frameworks turning volatile ambient power into dependable, infrastructure-grade capacity.

A home battery and a grid-scale container run the same core engineering, scaled.

Engineers commissioning a ZYNTRA containerised battery energy storage system at a solar and wind farm

+270°C

Thermal runaway threshold

Up to 8,000

Cycles at standard 0.5C rating

Sub-20ms

Dynamic grid response window

100%

Cobalt-free and nickel-free

Storage Engineering Philosophy

Three layers, consistent across the entire product line.

Every Zyntra and Zyntra+ system is built on the same three-layer architecture: a chemistry layer (LFP) chosen for stability rather than energy density alone, a hardware control layer (BMS) that protects the cell physics from misuse, and a software layer (EMS) that turns a protected asset into a managed, yield-generating one.

The layers are consistent across the entire product line — a home battery and a grid-scale container run the same core engineering, scaled.

The three layers

What each layer decides

Layer 1 · Chemistry

LFP

Core Chemistry

Lithium Iron Phosphate, selected exclusively for stationary applications over cobalt-based mobile chemistries. Stable at temperatures where other lithium chemistries begin to fail, with no cobalt or nickel dependency.

Explore LFP chemistry

Layer 2 · Control

BMS

Control Layer

The hardware layer that keeps every cell inside its safe operating envelope — voltage cutoffs, temperature gating, and cross-cell balancing, running continuously whether or not anyone is watching.

Explore the BMS

Layer 3 · Software

EMS

Software Layer

The layer that turns protected hardware into a managed asset — tariff arbitrage, peak shaving, remote site management, and the data sovereignty framework all of it runs inside.

Explore the EMS

Looking for system protocols and hardware safety data sheets?

Download Technical Integration Spec

Why Our Technology

Four engineering decisions, made deliberately.

01

Chemistry chosen for stability

Not just spec-sheet energy density. A fixed installation needs a cell that holds its structure for fifteen years, not one that wins a density benchmark.

02

Hardware protection independent of software

The BMS enforces safety limits even if the EMS or network connection fails.

03

Software that reduces O&M

Not just backup runtime — remote management is a cost line, not a feature checkbox.

04

Compliance built in, not bolted on

Open protocols and a software-upgradable architecture, not a hardware replacement cycle every time a standard changes.

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Talk to Our Engineers

Bring us the load, the site and the compliance regime. We will tell you what the engineering can and cannot do before anyone quotes anything.