A smarter grid starts with power silicon.
Grid sensors, SiC and GaN inverters, smart meters and distributed fiber sensing are rewriting how energy moves. Hyper helps utilities and grid innovators design and evaluate the hardware.
The grid is changing faster than its hardware.
Renewables, storage and electrification demand power electronics and sensing at a scale utilities have never deployed. Evaluating wide-bandgap devices, sensor networks and fiber monitoring takes expertise and data that rarely sit in one place.
- SiC and GaN choices affect efficiency, cost and reliability for decades
- Sensor and meter fleets generate data without clear hardware insight
- Long asset lifetimes demand careful, documented decisions
Everything you need, nothing you don't
Hyper AI for power engineers
Ask about SiC MOSFET switching losses, GaN gate drive or meter metrology and get grounded answers.
Grid hardware projects
Track inverters, sensors, meters and protection relays as versioned Design Studio projects.
Power and thermal simulation
Model converter efficiency and thermal headroom in environments ready in seconds.
Fiber sensing programs
Plan distributed temperature and acoustic fiber sensing along lines and substations.
Fleet performance dashboards
Track defect and performance trends across sensor and meter deployments.
Critical infrastructure security
Access control, audit trails and encryption designed for sensitive grid data.
Up and running in three steps
Start your grid workspace
Bring planning, engineering and operations teams together on the free tier.
Evaluate the hardware
Compare power devices and sensors with Hyper AI and fast simulation.
Deploy and monitor
Coordinate partners and track fleet performance from one dashboard.
What changes when you switch
Scenarios before investment
Model inverter and sensor options in seconds before committing capital.
Decisions with a record
Versioned specs document why each hardware choice was made.
Expertise on every shift
Hyper AI is available to planners and field engineers around the clock.
Built for the work you actually do
SiC and GaN inverters
Evaluate wide-bandgap power stages for solar, storage and EV charging.
Grid edge sensors
Spec voltage, current and phasor sensors for real-time visibility.
Smart metering
Plan metrology ICs and communications chips for next-generation meters.
Distributed fiber sensing
Monitor temperature, strain and intrusion along cables using optical fiber.
Trust is the product
Built for critical infrastructure
Security controls are designed with grid operators' expectations in mind.
Long-horizon thinking
Versioned specs and audit trails preserve knowledge across decades-long assets.
Accessible pilots
A generous free tier makes it simple to start with a single program.
Questions, answered
Can Hyper help us compare SiC and GaN devices?
Yes. Hyper AI explains trade-offs in switching, thermal behavior and reliability, and Simulation lets you model them in seconds.
Is Hyper suitable for critical infrastructure data?
Hyper provides enterprise-grade access control, audit trails and encryption designed for sensitive operational data.
Can we track performance across a sensor fleet?
Yield & Analytics dashboards show defect and performance trends across your deployed hardware.
Does Hyper support fiber sensing projects?
Design Studio supports photonic and fiber-based projects with versioned spec sheets, alongside your power electronics.
How does Hyper pricing work?
Pricing is usage-based. Every workspace starts on a generous free tier with twice the free usage the big incumbents offer, and after that you only pay for what you use. There are no setup fees.
Power the grid of tomorrow.
Plan the power silicon, sensors and fiber behind a cleaner, smarter grid. Start free with Hyper.
Free forever tier. No credit card required.