Improve the energy economics behind every charging session
WattZap ChargeHub is being explored as a vendor-neutral energy-optimisation layer for EV charging stations and fleet depots. The ambition is to coordinate grid supply, solar generation, battery storage and charger demand to improve site energy performance and make better use of available infrastructure.
Charging stations are becoming complex energy sites
Charging-site performance depends on more than the charger itself. Grid limitations, variable charging demand, energy cost, solar availability and site infrastructure can all influence the economics of each charging session.
Energy cost
Charging demand and electricity supply do not always align in the most economical way.
Site capacity
Available grid and site infrastructure can limit charging-site operation and expansion.
Energy coordination
Solar, storage, chargers and existing site loads are often managed as separate systems.
One intelligent energy layer behind the charging site
WattZap ChargeHub aims to create a coordinated energy layer connecting the site's grid supply, solar PV, battery storage and EV chargers. The solution would use site data and intelligent controls to support more efficient and measurable charging-site operation.
Designed around charging-site outcomes
Lower energy cost
Improve how grid electricity, solar generation and available energy resources are used across the charging site.
More usable capacity
Help charging sites operate more effectively within available grid and site constraints.
Verified performance
Provide visibility into how the complete charging energy system is performing and measure the value created through optimisation.
The opportunity and solution design will depend on actual site utilisation, infrastructure, energy data and operating requirements.
Interested in exploring a smarter energy system for your charging site?
WattZap is seeking a small number of Charge Point Operators, fleet operators, depot owners and commercial charging-site partners interested in exploring how integrated energy optimisation could improve their operations. Each potential pilot will begin with a confidential site-level assessment before any solution or investment is proposed.