Battery Storage Design

Keep the power on when the grid goes off.

Energy storage sizing and integration planning. We size the battery system to your backup needs and to your renewable energy source of choice, then select batteries and inverters from the catalogue.

Consulting Services

What it is

Energy storage sizing and integration planning. We size the battery system to your backup needs and to your renewable energy source of choice, then select batteries and inverters from the catalogue.

What you get

Battery capacity (kWh) and power rating
Backup duration for your chosen loads
Battery chemistry and product recommendation
How the storage integrates with your renewable system
Cost and payback
A design report ready for validation
Size battery capacity (kWh) and continuous/peak power rating (kW) for residential, commercial and industrial loads
Optimise battery dispatch: peak shaving, time-of-use (TOU) arbitrage, solar self-consumption and critical-load backup
Chemistry comparison: Lithium iron phosphate (LiFePO4), NMC, flow batteries and lead-acid by cycle life, safety and cost
Model round-trip efficiency, depth of discharge (DoD), temperature effects and capacity degradation over time
Simulate backup runtime under varied outage scenarios and critical load profiles
Financial analysis: demand-charge savings, TOU savings, net cost after incentives, simple payback and IRR

TEAM

Delivered by

Delivered by: Energy Storage Specialist & Assigned Energy Engineering Developer.

SCHEDULE & COST

Timeline & Starting Cost

Timeline & starting cost: 2–4 business days · Included in Standard Plan project allocation.

DATA

Specification data we need from you

LIFECYCLE

Where it fits

free on the Basic plan, and the baseline for every Standard project. Standard users can always return to their Basic analysis.

START YOUR CLEAN ENERGY JOURNEY

Ready to commission this service?

Upgrade to the EnerghxPLUS Standard Plan or connect with your assigned energy developer to execute this module.