The FADRS® Energy Team has decades of experience in the engineering design, installation, service, maintenance and monitoring of all types of HVAC and lighting systems and thus intimately understands how best to OPTIMIZE Energy Performance while at the same time NOT controlling said equipment in such a way so as to cause premature failure which can place the client at risk, from the standpoint of comfort and productivity, and negate any energy savings gains.
It is not a minor point that the FADRS® Energy Team continues to provide HVAC, BAS, lighting and mechanical contracting as well as ESCO services including; Energy Studies and Master Energy Plans; MEP engineering design; installation, service and monitoring experience in Tri-generation and distributed generation plants, lighting systems and controls, chiller plants, boiler plants, VFDs, BAS, Solar PV and thermal, etc.
Why is this not a minor point? The FADRS® Energy Team is not a telecom or software company trying to break into a field of endeavor that has never been their core business. The FADRS® Energy Team is not a "controls company" who has no intimate knowledge of the best way to optimize the performance of HVAC and Lighting equipment while taking the utmost care not to bring said equipment to an untimely demise due to innapropriate control strategies.
The FADRS® Energy Team intimately understands how best to OPTIMIZE Energy Performance while at the same time NOT controlling said equipment in such a way so as to cause premature failure which can place the client at risk, from the standpoint of comfort and productivity, and negate any energy savings gains.
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Demand response programs exist in energy markets across North America, and each region has opportunities that help meet their unique energy reduction goals. This is actually an "insurance policy" for the ISO that they can rely on during the hottest, most humid summer days when the demand for electricity approaches the available supply.
The goal to developing a "Smart Grid" is to upgrade our electric grid to be more efficient, more reactive to real-time grid conditions, and promote more sophisticated demand management strategies. Commercial & Industrial implementation of Demand Response are the most effective form of smart grid implementations, and among the most complex.