Lahanson Engineering’s Post

Experience the future of surveillance with Lahanson Engineering's cutting-edge dual lens 4G solar camera! This innovative solution combines two high-resolution lenses for unparalleled field coverage, motion detection, and crystal-clear video quality. Powered by solar energy, this camera offers a sustainable and reliable monitoring solution for remote or hard-to-reach areas. With 4G connectivity, receive real-time alerts and access footage from anywhere. However, the first lens is fixed while the second lens auto-tracks (thereby turning automatically to follow human movement around your facility). Upgrade your security with Lahanson Engineering's dual lens 4G solar camera - where innovation meets reliability. #LahansonEngineering #DualLensCamera #SolarPowered #4GConnectivity #SurveillanceSolutions"

When you flip a switch, the electrical circuit completes almost instantaneously, illuminating your space with light or powering your devices. This incredible speed and efficiency make electricity the most sought-after form of energy worldwide. #CHSElectrical #didyouknow #electricity #electricityfacts #facts #SpeedOfLight

Continuously implementing new technology to provide safer and more resilient power to our hometowns! #pge #wildfiresafety #resilience #safety #technology #innovation

Reason 3 of 3 - 10 Year Lifespan With Minimal Maintenance The last in our series from the blog: 3 Reasons Utilities Should Embrace Automated Thermal Imaging For Remote Substation Monitoring Some utilities already use commercial-grade cameras to monitor the safety and security of remote substations. However, these cameras are often poorly suited to challenging outdoor environments and need frequent repairs. Damage from water, dirt, dust, and debris, as well as electromagnetic interference caused by high-voltage electrical infrastructure, all limit the effectiveness of these commercial-grade solutions. Thermal imaging sensors, on the other hand, have been designed and built for the utility industry. IP66-rated for outdoor environments, and designed with high levels of electromagnetic, (EMI), and electrostatic discharge, (ESD), protection keeps the durable sensors operating in harsh conditions with minimal maintenance requirements. Combined, these features allow thermal imaging sensors to be deployed for up to ten years. Depending on the size of the deployment and the savings achieved by switching to a Condition-Based Maintenance strategy, utilities can comfortably achieve a positive ROI in less than three years. Finally, the sensors seamlessly integrate with common utility applications and protocols, enabling a single-pain-of-glass view of the health and performance of substation assets. Read the blog: https://bit.ly/3QbaNGn #remotesubstation #substationmonitoring #utilitygrade #systemswithintelligence

Early Fault Detection (EFD) line sensors, PG&E's new high-tech approach to reducing wildfire risk. Watch how PG&E’s new #radiofrequency (RF) monitoring technology, a growing network of #sensors installed on power poles, provides a comprehensive understanding of emerging equipment hazards such as damaged conductor strands or #vegetation encroachment that would otherwise be challenging to detect. PG&E plans to expand deployment of advanced #RF technology to 600 circuits in High Fire-Threat Districts over the next 10 years, making our #hometowns #safer and our #grid more #resilient. #earlyfaultdetection #innovation #technology #wildfiresafety #electric #reliability #safety

good to see PG&E looking into early detection of electric outage failure using linesensors. It has become a critical and crucial item in maintaining a reliable power supply. These sensors are designed to swiftly detect faults, such as power line damage or failure, enabling prompt responses from utility companies. By continuously monitoring the electric grid, linesensors can pinpoint the exact location of an issue, allowing technicians to quickly dispatch and restore service. This proactive approach not only reduces downtime but also enhances overall grid reliability and customer satisfaction.

Mobile telephony has become one of the essential elements of our daily lives, and it would be unthinkable for us not to have this technology at our disposal one day. This technology is based on the use of transmitting antennas, which have become part of our natural environment and which must be able to withstand the most aggressive environmental conditions: rain, solar radiation, extreme temperatures (desert or polar), etc. To this end, antenna manufacturers must have a laboratory prepared to simulate real environmental conditions, taking into account the energy dissipation that the antennas will generate during operation, thus guaranteeing correct operation 365 days a year. ELECTRONIC INDUSTRY The temperature test chamber CETM-40/979MT was designed to reach extreme operating temperatures, taking into account the energy dissipation of the transmitting antennas as well as its own mass. Its mobile design allows the chamber to be easily moved and its reduced volume makes it a spacesaving chamber in the laboratory. A powerful chamber in a compact design . More information: www.dycometal.com #dycometal #environmentaltesting #antenna #mobile #cellular #temperature #testing

From an R&D project a few short years ago to plans for deploying across the highest fire-risk areas of Northern and Central California, early fault detection RF Sensors are but one example of the ingenuity emanating from the energy sector in pursuit of ensuring a safe, reliable, clean and affordable electric grid.

When you flip a switch, the electrical circuit completes almost instantaneously, illuminating your space with light or powering your devices. This incredible speed and efficiency make electricity the most sought-after form of energy worldwide. #CHSElectrical #didyouknow #electricity #electricityfacts #facts #SpeedOfLight

4G dual lens solar power camera