Using Wireless Sensors for Energy Monitoring Improves Efficiency and Reduces Energy Costs
Summary
Wireless mesh sensor networks are truly a transformational technology for building energy management, and SensiNet® offers the flexibility, reliability, and scalability required to take building energy management to the next level.
In addition to offering remote monitoring capabilities which eliminate the costly, labor-intensive onsite work by field personnel, SensiNet provides instant access to accurate, reliable real time data. This dramatically improves the ability to see trends, catch problems before they cause real damage and make the right decisions to optimize energy utilization.
At a time when engineering practitioners at all stages of building analysis are feeling the pressure to reduce costs by improving the efficiency of energy use, SensiNet is an extremely effective addition to every toolkit. With SensiNet, companies are able to reduce operating costs, improve productivity and more readily comply with regulatory requirements.
About Sensicast
Sensicast provides comprehensive and cost-effective intelligent wireless sensor solutions to a wide range of industries. Sensicast’s sensing solutions deliver crucial information in real time from environments and processes where data collection is impossible or impractical through wired sensors.
Easy to deploy and operate, Sensicast’s wireless systems are in operation in plants and buildings across North America and Europe providing robust and reliable monitoring of temperature, process, and energy as well as predictive maintenance. Sensicast provides complete solutions through a network of system integrators and technology partners, its OEM development platform, and directly to end-users.
For more information go to
www.sensicast.com, or send an e-mail to sales@...©2006 Sensicast Systems, Inc. All rights reserved.Sensicast and SensiNet are registered trademarks of Sensicast Systems, Inc.All other products and company names are the properties of their respective owners.
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