EVIQO is pivoting into energy technology
We're building a Virtual Power Plant, carbon-credit programs and Home Energy Management Systems that balance the electric grid — creating value for households and utilities alike. Underneath it all: large-scale infrastructure engineered to serve hundreds of thousands of connected devices. Powered by AWS.
Your charger becomes a DER
An EVIQO charging station is not a passive appliance. Connected to our platform, it becomes a DER — a distributed energy resource: remotely controllable, streaming real-time telemetry, updated over the air.
At fleet scale, these assets become something bigger — flexible capacity that participates in demand-response events and responds to the needs of the electric grid. That is the core of our strategic direction: evolving from smart charging devices into a software-driven energy platform.
Aggregated homes. Grid-scale flexibility.
The EVIQO VPP platform aggregates distributed energy resources — EV chargers, and over time solar, storage and other connected loads — into coordinated, dispatchable capacity.
Utilities gain flexible load exactly when the grid needs it. Homeowners are rewarded for contributing — without changing how they live or drive. Managed charging also unlocks participation in carbon-credit programs, turning verified emission reductions into a new value stream.
One system for the whole home's energy
Our HEMS coordinates energy across the household in real time — the EV, major appliances, solar generation and the utility connection. It is anchored by our new Home Energy Monitor, which uses CT clamps at the electrical panel to measure the home circuit by circuit, and delivers three core capabilities.
Smart load balancing
Dynamically balances power between EV charging stations and other household appliances — preventing circuit overloads and avoiding a costly breaker or panel upgrade.
Power sharing
Connect up to 5 chargers per home on a single circuit — available capacity is distributed intelligently between them, no extra wiring required.
Solar-integrated charging
Solar panel compatible out of the box: charging prioritizes energy generated by residential solar — putting every clean kilowatt to work.
Home Energy Monitor — the sensory layer
The next product line is centered around the new Home Energy Monitor: CT clamps (current-transformer sensors) installed at the electrical panel give real-time visibility into how a home produces and consumes electricity, circuit by circuit.
The monitor is unified with the new EVIQO mobile app we're releasing — one app for charging, energy monitoring and home optimization. Together they form the data foundation of the HEMS: the layer that makes automated optimization, load shifting and grid participation possible.
A cloud-native energy platform
Operating a fleet of connected energy devices is fundamentally a cloud problem: high-frequency telemetry, secure device management, energy data processing and optimization — engineered to scale to hundreds of thousands of devices.
Telemetry ingestion
Real-time charging and energy data streamed from every connected device.
Fleet management
Secure IoT device lifecycle, configuration and OTA firmware delivery.
Energy data processing
Time-series storage and analytics across sessions, circuits and homes.
Optimization
Load balancing, scheduling and pricing logic that decides when and how to charge.
Grid integration
APIs for utility programs, aggregation markets and demand response events.
Built on AWS infrastructure — the EVIQO Energy Platform runs on Amazon Web Services, giving us the scalability, security and global reliability this architecture requires.
From charging company to energy company
EVIQO is executing a strategic transition into the energy technology sector. The device fleet, the mobile experience and the cloud platform described here are the building blocks of that transition — developed in-house and expanded step by step, with utility partnerships and grid-service programs as the destination.
If you're a utility, aggregator or energy program operator interested in working with distributed EV charging capacity — let's talk.
Contact the team