Battery-free temperature sensors detect busbar hot spots inside live switchgear — no wires, no batteries. How it works, which protocol to choose, and the business case.
Energy harvesting
High-voltage switchgear, GIS and transformers are sealed, inaccessible, and mission-critical. Monitoring them requires battery-free sensing — and battery-free sensing requires a team that owns the entire HW/FW/SW/RF stack. Here’s why.
Battery-free sensors are our hardest product — and the most demanding proof that we own the complete hardware, firmware, software and wireless/RF stack. Here’s why that matters for your next cross-domain project.
A practical three-question filter to determine whether your monitoring application genuinely needs battery-free sensing, or whether battery-powered or wired alternatives might be simpler and cheaper. Honest guidance on when to call us — and when not to.
Complete guide to the SenseBLE evaluation boards. Four battery-free sensor tags that communicate via BLE advertising bursts — same sensors as SenseID, lower infrastructure cost. All at 50 € and readable by any BLE device.
Complete guide to the SenseID evaluation board family. Five battery-free sensor tags using EPC C1G2 — temperature, humidity, accelerometer, magnetometer and contact temperature — all at 50 € and compatible with commercial RFID readers.
Step-by-step guide to taking your first battery-free sensor measurement with KL-OSIRIS, Kliskatek’s free evaluation software. Connect a reader, place a tag, see live data in under 30 minutes.
Why UHF RFID readers cost more than RF transmitters plus BLE gateways, when each option makes economic sense, and how to think about total cost of ownership for battery-free sensor deployments.
SenseID, SenseBLE and SenseNFC use the same battery-free sensors. The difference is the communication protocol and the infrastructure you need. Here’s how to choose.