Prepare charging sites for bidirectional energy.
Pluggy helps hosts think beyond basic charging, planning for sites where EVs, chargers, solar, batteries and smart loads can work together as part of a more flexible energy system.
The next generation of charging is connected to the energy system.
As EV adoption grows, sites will need to manage charging load, renewable generation, storage and eventually bidirectional energy flows. Pluggy designs with that future in mind from the start.
Future-ready design
Plan charger locations, electrical capacity and platform controls with V2G pathways in mind.
Energy coordination
Connect EV charging with solar, batteries and smart loads for better site visibility.
Commercial optionality
Prepare for future energy services, demand response and bidirectional value streams.
Plan, connect, operate and improve.
Each site type has different users, access rules, energy limits and commercial goals. Pluggy builds the rollout around those realities, then gives hosts the operating layer to manage the site after launch.
Understand site energy
Assess load profile, solar potential, storage options, tariffs and future charging demand.
Design the control layer
Plan infrastructure and platform settings that can support smarter energy flows.
Grow into V2G
Add bidirectional capability as vehicles, chargers and market settings mature.
Built for hosts who need more than hardware.
Pluggy is positioned as a CPO and operating partner: site design, installation coordination, charger connection, live visibility, billing, support and energy optimisation.
Commercial clarity
Make charging decisions around site goals, driver behaviour, access and utilisation.
Reliable operations
Give hosts and drivers a stronger experience through monitoring, remote actions and support.
Future energy
Prepare sites for smarter charging, storage, renewable integration and bidirectional energy.
Explore connected commercial use cases.
Build charging infrastructure with the energy future in mind.
Talk to Pluggy about planning sites for load management, solar, batteries and future V2G capability.