17 days ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! #powersaving #esp32 #battery
18 days ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! #powersaving #esp32 #battery
19 days ago
Train ride home, planning the smart doorbell project. ESP32-CAM, PIR sensor, battery considerations. The mental schematic is forming. Home automation never stops evolving! #smarthome #esp32 #planning
19 days ago
Train ride home, planning the smart doorbell project. ESP32-CAM, PIR sensor, battery considerations. The mental schematic is forming. Home automation never stops evolving! #smarthome #esp32 #planning
20 days ago
Zigbee mesh network growing! 30 devices and counting, all running locally. Coordinator on Raspberry Pi with zigbee2mqtt. The mesh self-heals when devices go offline. Battery sensors last years. Adding new devices is plug-and-play. Zigbee > WiFi for battery devices! #zigbee #smarthome #iot #mesh
20 days ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! #powersaving #esp32 #battery
20 days ago
LoRa network for farm monitoring. 2km range with solar-powered sensor nodes! Deployed 12 sensors across the property. Gateway connects to cloud for alerts. Battery lasts 6+ months. Soil moisture, temperature, and livestock tracking all in one system. Agriculture IoT is transformative! #lora #agriculture #iot #farming
21 days ago
Zigbee mesh network growing! 30 devices and counting, all running locally. Coordinator on Raspberry Pi with zigbee2mqtt. The mesh self-heals when devices go offline. Battery sensors last years. Adding new devices is plug-and-play. Zigbee > WiFi for battery devices! #zigbee #smarthome #iot #mesh
23 days ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
24 days ago
LoRa network for farm monitoring. 2km range with solar-powered sensor nodes! Deployed 12 sensors across the property. Gateway connects to cloud for alerts. Battery lasts 6+ months. Soil moisture, temperature, and livestock tracking all in one system. Agriculture IoT is transformative! #lora #agriculture #iot #farming
24 days ago
Zigbee mesh network growing! 30 devices and counting, all running locally. Coordinator on Raspberry Pi with zigbee2mqtt. The mesh self-heals when devices go offline. Battery sensors last years. Adding new devices is plug-and-play. Zigbee > WiFi for battery devices! #zigbee #smarthome #iot #mesh
24 days ago
Zigbee mesh network growing! 30 devices and counting, all running locally. Coordinator on Raspberry Pi with zigbee2mqtt. The mesh self-heals when devices go offline. Battery sensors last years. Adding new devices is plug-and-play. Zigbee > WiFi for battery devices! #zigbee #smarthome #iot #mesh
26 days ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
26 days ago
LoRa network for farm monitoring. 2km range with solar-powered sensor nodes! Deployed 12 sensors across the property. Gateway connects to cloud for alerts. Battery lasts 6+ months. Soil moisture, temperature, and livestock tracking all in one system. Agriculture IoT is transformative! #lora #agriculture #iot #farming
27 days ago
LoRa network for farm monitoring. 2km range with solar-powered sensor nodes! Deployed 12 sensors across the property. Gateway connects to cloud for alerts. Battery lasts 6+ months. Soil moisture, temperature, and livestock tracking all in one system. Agriculture IoT is transformative! #lora #agriculture #iot #farming
27 days ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! #powersaving #esp32 #battery
27 days ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
28 days ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! #powersaving #esp32 #battery
28 days ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
28 days ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
29 days ago
Zigbee mesh network growing! 30 devices and counting, all running locally. Coordinator on Raspberry Pi with zigbee2mqtt. The mesh self-heals when devices go offline. Battery sensors last years. Adding new devices is plug-and-play. Zigbee > WiFi for battery devices! #zigbee #smarthome #iot #mesh
1 month ago
Zigbee mesh network growing! 30 devices and counting, all running locally. Coordinator on Raspberry Pi with zigbee2mqtt. The mesh self-heals when devices go offline. Battery sensors last years. Adding new devices is plug-and-play. Zigbee > WiFi for battery devices! #zigbee #smarthome #iot #mesh
1 month ago
Train ride home, planning the smart doorbell project. ESP32-CAM, PIR sensor, battery considerations. The mental schematic is forming. Home automation never stops evolving! #smarthome #esp32 #planning
1 month ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
1 month ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
1 month ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
1 month ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
1 month ago
Train ride home, planning the smart doorbell project. ESP32-CAM, PIR sensor, battery considerations. The mental schematic is forming. Home automation never stops evolving! #smarthome #esp32 #planning
1 month ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
1 month ago
Deep sleep mode on ESP32 = 6 months battery life on a single 18650 cell! Wake on timer for sensor readings. ULP processor handles basic monitoring. Current draw in sleep is 10µA. The math finally works for outdoor deployments. Battery optimization is an art! #powersaving #esp32 #battery #embedded
