Each heating element delivers up to 10,000 watts — equivalent to a 72,000 BTU gas burner. Boils water in under 40 seconds. Continuous power delivery without pulsing, with true closed-loop temperature control down to a single degree.
A custom LFP battery pack turns every appliance into a distributed energy asset. Products charge intelligently, deliver peak power from stored energy, and support demand response and time-of-use optimization — all from a standard 120V outlet.
Traditional appliance brands lose the customer relationship when they deliver to distribution. Impulse Core changes that. Full cloud connectivity, fleet telemetry, and over-the-air updates give brands a direct, ongoing relationship with every unit in the field.
Impulse Core modules are pre-certified and built to integrate across a wide range of form factors — from cooktops and ranges to ovens and beyond. Global voltage and frequency compatibility out of the box.
Partners get access to the full technology stack: power electronics, battery management, sensor fusion, and software. Impulse handles the hardest engineering so brands can focus on product design, distribution, and customer experience.
The result: appliances that deliver professional-grade performance without requiring electrical upgrades — and a direct relationship with every customer through cloud telemetry, OTA updates, and connected services that improve the product long after the sale.
Custom power conversion that seamlessly moves energy between the grid and the battery. Auto-senses 120V or 240V input and supports all global voltage and frequency standards — enabling a single hardware design for worldwide deployment.
A 3 kWh lithium iron phosphate battery designed for daily charge-discharge cycles with a custom cell-to-pack architecture. LFP chemistry provides inherently lower thermal runaway risk compared to NMC or NCA alternatives, with intelligent BMS monitoring at every level.
The central control board that orchestrates every subsystem — managing power routing, battery scheduling, safety interlocks, and communication with the cloud. UL-recognized firmware ensures functional safety across all operating modes.
Custom-wound coils engineered for continuous 10 kW output without the duty-cycle pulsing found in conventional induction. Delivers the equivalent of 72,000 BTU per element with true analog-like power modulation for precise, responsive cooking.
Active in-pan temperature measurement that enables true closed-loop cooking control. Measures actual food surface temperature in real time, allowing the system to hold precise setpoints from 20°C to 250°C — something no conventional cooktop can do.
Tactile physical controls with digital precision underneath. Magnetically coupled encoders give users the familiar feel of traditional knobs while enabling software-defined control modes, haptic feedback zones, and integration with the touchscreen UI.
Impulse achieved the first US-certified battery-integrated appliance under UL 858. This unlocks scaling to any appliance manufacturer — the regulatory path now exists.
Impulse Core delivers four times the power of traditional gas and three times standard induction — from a standard outlet. No contractor, no panel upgrade, no compromise.
120V compatibility means no electrician, no permit, no 50A circuit. Drop-in replacement for any existing cooktop cutout — fits 90% of existing installations.
These aren't passive batteries. They're software-controllable energy assets — capable of demand response, time-of-use arbitrage, and virtual power plant participation.
The Impulse Cooktop — the purest expression of what the platform can do. Sold directly through impulselabs.com and select retail.
Impulse-manufactured appliances sold through established brands and their showroom and dealer networks. Zephyr HyperCore is the first.
Pre-certified modules integrated into manufacturers' own product lines. Thor Kitchen's professional range is the first.
| Chemistry | Lithium Iron Phosphate (LFP) |
| Capacity | 3 kWh |
| Certification | UL 1973 (battery safety), UL 9540A tested (thermal runaway) |
| BMS | Custom intelligent battery management |
| Cycle life | Designed for daily charge/discharge |
| Safety | LFP — inherently lower thermal runaway risk vs NMC/NCA |
| Input voltage | 120V or 240V (auto-sensing) |
| Direction | Bidirectional — grid-to-battery and battery-to-grid |
| Certification | UL 1741 |
| Energy features | Charge scheduling, demand response, time-of-use optimization |
| Global compatibility | All voltage and frequency standards |
| Peak output | 10 kW per heating element |
| Gas equivalent | 72,000 BTU per element |
| Power delivery | Continuous (no pulsing) |
| Controls certification | UL 60730 |
| Design | Custom proprietary |
| Temperature sensing | Active internal pan temperature measurement |
| Precision | Single-degree closed-loop control |
| Range | 20°C – 250°C |
| Cooking modes | Power Mode (watts) & Temperature Mode (°C / °F) |
| Response time | Real-time adjustment via closed-loop feedback |
| Updates | Over-the-air (OTA) — only appliance platform with this capability |
| Connectivity | Built-in Wi-Fi |
| Energy features | Demand response, time-of-use optimization, grid support |
| Partner integration | Custom UI support, white-label capable |
| Cloud | Full cloud connectivity for telemetry & remote management |
| Form factors | Cooktops, ranges, ovens — modular across categories |
| Certification | Pre-certified modules — reduces partner certification timeline |
| Supply chain | Manufactured by the world's largest names in electrification and consumer electronics |