Our team of engineers and program managers share our customers' passion to maintain healthy, sustainable public and private energy infrastructure. AESC's third party program specifically designed to help propel wastewater treatment efficiency through innovative process optimization.
Our comprehensive services are designed to support utilities, regulators, municipalities, schools and private enterprises and their residential, commercial, institutional, and industrial facilities.AESC's expertise in energy efficiency, renewable energy, peak load management, and grid resiliency, enables the deployment of energy saving projects, programs, and technologies.
Our comprehensive services are designed to support utilities, regulators, municipalities, schools and private enterprises and their residential, commercial, institutional, and industrial facilities.AESC's expertise in energy efficiency, renewable energy, peak load management, and grid resiliency, enables the deployment of energy saving projects, programs, and technologies.
Services
For over 25 years we have provided energy engineering services to utilities and their customers, performing over 10,000 site and equipment inspections for utility customer incentives and completing a wide range of audit types-from quick energy surveys to comprehensive ASHRAE Level 3 audits. Our team of engineers are formally trained in all major engineering institutions including the AEE, ASHRAE, USGBC, and many others.
We design, develop and implement utility programs that comprehensively address energy efficiency, demand response, and distributed generation benefits to customers, specializing in the commercial and industrial market sectors. Led by our diverse program management team, our programs leverage the technical expertise across our team; from field engineering to custom software tools.
Since 1999, we have executed emerging energy efficiency technology studies for all major California investor-owned utilities.
These projects, which included individual case studies and large-scale field trials, have helped determine the overall market potential of key energy efficiency technologies such as HVAC controls, HVAC maintenance protocols, motor designs, plug controls, new refrigeration applications, lighting upgrades, and pumping systems.
These projects, which included individual case studies and large-scale field trials, have helped determine the overall market potential of key energy efficiency technologies such as HVAC controls, HVAC maintenance protocols, motor designs, plug controls, new refrigeration applications, lighting upgrades, and pumping systems.
Founded in 1994, AESC provides program design and implementation, measurement and verification, and corporate sustainability services to utilities, regulators, public entities and private enterprise throughout the United States. Our staff includes electrical, mechanical, environmental, and software engineers, all of whom have a passion for energy engineering.
AESC, as part of the California Public Utility Commission GHG Signal Working Group, utilized a variety of energy storage models to determine the most promising emissions reduction solutions and, accordingly, to recommend reforms for the California Self-Generation Incentive Program.
Emissions and cost impacts were derived from five proprietary models and one newly-developed public model under different combinations of system and customer characteristics, resulting in over 5,000 model runs for a variety of GHG reduction strategies including GHG signal co-optimization and charging/discharging constraints.The following detailed report authored by AESC documented the modeling results, final recommendations, and lessons learned.
Emissions and cost impacts were derived from five proprietary models and one newly-developed public model under different combinations of system and customer characteristics, resulting in over 5,000 model runs for a variety of GHG reduction strategies including GHG signal co-optimization and charging/discharging constraints.The following detailed report authored by AESC documented the modeling results, final recommendations, and lessons learned.
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