International Energy Conservation Systems, Inc. (d.b.a. IEC Systems) was incorporated in the State of Georgia in November 1974. Five individuals, four of who were employees of the IBM CORPORATION, founded the company. The cumulative experience with IBM was over 40 years. In the early 70’s, IBM developed a computer application to monitor real-time energy usage and perform electrical peak demand control for a retail department store chain.
IEC Systems has been saving our customers money since 1974 by helping them reduce their utility cost at their facilities. As an Independent Systems Integrator we can bring together many different building technologies to bring about lower operating cost for your facilities.
Below are a few of our offerings;
• Open Building Automation Systems
• Building Systems Integration
• Energy Efficient Lighting Solutions
• Building Utility Metering and Reporting
• Water Enhancement Technology
• Fueling Saving Technology
latest news & events
August 15-18
IEC Systems to exhibit at GovEnergy 2010. Come see us in Dallas, Texas.
IEC Systems to provide Phase I Utility Metering for GSA Region 4.
IEC Systems becomes Master Representative for EarthLine Energy Inc.
recent solutions
GSA – Regional Office Building Washington D.C.
IEC Systems is currently installing a LonWorks non-proprietary open HVAC and lighting control system for the Regional Office Building (ROB) in Washington D.C. IEC is utilizing web enabled HMI with a LonWorks driver that has a direct software driver to the LNS database for maximum compatibility and performance. The web enable HMI is to be installed on the GSA network. We also provided the integration of existing TAC system that controlled a small number of air handler units and vav boxes in the building into the web enabled HMI to allow for trending, scheduling, commanding, and reading TAC system variables. This provided one seamless user interface for the controls in the building.
Our scope included new LON controls on approximately 80 air handlers units and hundreds of VAV boxes. This required IEC Systems to develop new sequences and operation parameters to maximize comfort and efficiency to include CO2 monitoring. We surveyed and studied the mechanical systems and how they operated, evaluated the current operating parameters and sequences and developed a new control strategy to operate the facility to maximize energy conservation measures without sacrificing, even making significant improvements to tenant comfort. The new lighting control panels will allow for more efficient usage of the lighting system by allowing time schedules to be utilized to match the occupancy of the building tents and HVAC systems.
