Modern utility companies require a monitoring infrastructure that surpasses mere collection of remote asset information. This infrastructure necessitates unparalleled reliability and sophisticated analytical capabilities to detect operational irregularities preemptively, thus averting potential failures and service interruptions. Moreover, it should seamlessly integrate with other systems to gather and consolidate data, presenting users with actionable insights. Such insights empower users to make well-informed maintenance choices, ultimately leading to significant savings in both time and expenditure.
Cyber secure solution having no network connectivity to utility’s SCADA network
24/7 Asset monitoring
Thermal / optical camera solution under $15k*
*for single transformer substation only. The price is subject to change depending on the field area to be covered and other parameters.
Recognized for Outstanding Contributions to Advancing Cleantech Solutions in North Carolina under Cleantech Impact: Energy
The extensive size and complexity of the distribution grid present significant challenges in safeguarding its physical assets. Key factors include its wide geographical coverage, accessibility, and the diversity and aging of the infrastructure. A multi-layered approach is essential to effectively monitor and protect these critical assets. As incidents of vandalism and sabotage increase, utilities are confronted with the challenge of finding a cost-effective surveillance solution for their critical infrastructure that does not compromise cybersecurity when integrated into their internal network.
SAM Analytic Solutions proudly partners with Planck Vision Systems to bring cutting-edge thermal imaging technology to industries worldwide. This collaboration leverages Planck Vision’s expertise in thermal cameras to enhance operational efficiency, improve safety measures, and optimize maintenance strategies across diverse sectors.
Early detection of thermal anomalies allows for preventive maintenance, addressing minor issues before they evolve into major equipment failures or safety hazards
Thermal cameras excel at real-time detection of security breaches or suspicious activity. Their ability to see through darkness, smoke, and fog ensures they don't miss critical events, regardless of environmental conditions.
Prompt identification of problems through thermal imaging enables a faster response time for recovery efforts. This minimizes damage, streamlines repairs, and reduces downtime.
Substations are critical to our energy infrastructure, and their safe operation is paramount. Overheating of equipment can lead to catastrophic failures, including fires and explosions. Our thermal imaging and thermometric cameras continuously monitor the temperature of substation equipment, providing early warnings of potential overheating. This early detection allows for timely maintenance interventions, significantly reducing the risk of accidents and ensuring the safety of your personnel.
Thermal imaging technology also plays a crucial role in enhancing substation security. Our cameras are capable of detecting unauthorized intrusions by identifying body heat signatures, even in complete darkness or adverse weather conditions. This is not limited to intruders with malicious intent (i.e., theft or sabotage) but also trespassers such as kids or teenagers who enter your substation out of curiosity or simply not knowing any better. These trespassers otherwise risk being killed or seriously injured among the high-voltage equipment.
Planck Vision: Thermal Cameras with a Distinctive Edge
While all thermal cameras offer significant benefits, Planck Vision’s solutions stand out with these unique features:
Planck Vision's thermal cameras, like the TNC100, boast built-in motion detection on the thermal side. This allows for accurate person detection at impressive distances, reaching up to 100ft, even in complete darkness or challenging weather conditions.
Effectively monitor critical areas for hotspots while filtering out heat signatures from vehicles. This eliminates false alarms triggered by passing cars or trucks, ensuring you focus on what truly matters.
What sets the Optical PTZ camera apart in the imaging landscape is a suite of unique features designed to deliver exceptional performance and reliability.
These capabilities ensure comprehensive coverage and detailed surveillance, enabling precise inspections and continuous monitoring across vast areas.
Leveraging advanced AI, these cameras accurately detect and classify people and vehicles, reducing false alarms and enhancing situational awareness.
Experience superior low-light performance, capturing critical details even in near darkness.
Achieve clear long-range infrared illumination, perfect for night-time or low-light conditions.
Benefit from automated tracking, ensuring constant monitoring of moving objects without manual intervention.
Optical PTZ cameras are equipped with sophisticated detection features, enhancing security and operational efficiency across various scenarios:
Detect unauthorized access with advanced intrusion detection capabilities. By establishing virtual perimeters and monitoring for unauthorized entries, you can proactively respond to potential threats.
Identify movement within your surveillance area with precise motion detection. Receive alerts for suspicious activity, enabling timely intervention and investigation.
Monitor vehicle traffic and detect unauthorized vehicles with intelligent vehicle detection. This feature is essential for maintaining security and controlling access to your substation.
Define virtual lines to monitor unauthorized crossings. Receive alerts when objects or individuals cross predefined boundaries, enhancing perimeter security.
Detect objects entering specific areas of interest. This feature is valuable for monitoring restricted zones and preventing unauthorized access.
Explore the transformative potential of Planck Vision’s thermal cameras with SAM Analytic Solutions. Contact us today to learn more about how we can optimize your operations, improve security measures, and maximize efficiency through advanced thermal imaging technology.