Paragon Robotics wireless data loggers and monitoring systems with wireless sensors provide cost effective solutions for a broad range of energy, environmental and industrial markets.
Our wireless sensors are used in applications ranging from energy efficiency auditing, HVAC systems monitoring, life sciences and vaccine storage, building automation, greenhouse environmental monitoring and industrial process analytics.
The case studies below are based on our customer installations and project requirements. We work closely with our customers developing strong ongoing relationships to meet all of their application needs.
Our micro-auctioning technology and custom control architecture solutions avoid mission critical process shutdowns during power shortages and outages.
Paragon Robotics wireless temperature and humidity monitoring solutions provide cost effective multi-sensor coverage of warehouse facilities to create individual product zones.
Our custom monitoring and logging solutions with alarm capabilities including notifications and visual displays for ambient storage areas and refrigeration systems.
Department of Defense and Air Force Research Laboratories project overview demonstrating microgrid technology providing a cost effective resilience solution to DoD buildings and process loads.
Product storage systems constantly monitor sensor measurements and provide alarm notification options (email, text, visual and audible) for critical conditions.
Wireless indoor air quality monitoring system installed for temperature, humidity and CO2 with sensors spreadout across multiple buildings, dormitories and classrooms on a large university campus.
Technical Presentation providing insight from Paragon Robotics experiences in obtaining an ATO (Authority to Operate) with our wireless systems at AFB for energy conservation/ management and building resilience. For additional information and to discuss future RMF Security Controls and Secure Standardized Container (SSC) architecture approaches with government projects, please feel free to contact us.
White paper demonstrating energy microgrids provide a potential cost effective solution to building resilience problems. Introducing the concept of a "partial-capacity" microgrid that utilizes a "micro-auctioning" control methodology mimicking a free market "energy" economy to provide cost savings and building resiliency.
White paper analyzing the installed equipment costs and energy savings for a range of building sizes and different HVAC configurations to establish and demonstrate the necessary Return on Investment (ROI) to justify efficiency projects using specific building management systems (BMS).