Aircuity to Provide Improved Energy Efficiency in New Student Complex at Harvard
Aircuity’s OptiNet System will help Reduce Facilities’ Energy Costs while Supporting HLS’ Efforts to
Reduce Greenhouse Gas Emissions
NEWTON, Mass., U SA – May 26, 2010 – Aircuity, the smart airside efficiency company, today announced that Harvard Law School (HLS) has selected Aircuity’s OptiNet ® system to help improve indoor air efficiency and decrease the maintenance and energy costs associated with the new Wasserstein Hall, Caspersen Student Center and Clinical Wing complex. Aircuity believes that in leveraging its intelligent measurement and analysis solutions for the new complex, HLS will not only be able to reduce Carbon Dioxide (CO2) levels in this facility, but will be a ble to meet strict energy efficiency standards that have been established as part of a University-wide effort to reduce greenhouse gas emissions.
Using demand control ventilation (DCV) technology, Aircuity’s multiplexed air sensing and measurement system will be able to continuously sense and analyze the new building’s indoor environment and provide intelligent inputs to the building management systems, making adjustments to the ventilation flow as needed and allowing the facility to optimize airflow in an efficient manner.
“By providing a smarter, safer and more energy efficient alternative to traditional discreet sensors, Aircuity was able to lower the number of sensors down to a total of four, while providing a significantly reduced lifecycle cost,” said Gordon Sharp, chairman, Aircuity. “In fact, in only 1.1 years this system will have paid for itself.”
The Wasserstein Hall, Caspersen Student Center and Clinical Wing complex will comprise of approximately 250,000 square feet and will provide new spaces for student activities, and significantly strengthen the learning community. In addition, the project will apply for and is expected to receive LEED Gold Certification from the U.S. Green Building Council.
HLS’ original building design had 101 CO2 sensors built into the project. After further investigation by the facilities and sustainability departments, HLS realized that by utilizing Aircuity’’s system of multiplexed air sampling units they could significantly red uce the number of sensors needed to sample the same number of locations. Not only did this decrease HLS’ maintenance costs, it improved energy savings and further reduced their carbon footprint.
About H arvard Law School
Harvard Law School offers an energetic and creative learning environment, a diverse and dedicated faculty—whose expertise spans a broad array of legal subjects—and a student body that comes from every state in the U.S. and more than 70 countries around the world. Approxi mately 1,900 students attend HLS each year: 1,680 J.D. students, 160 LL.M. students,
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and 50 S.J.D. candidates. The faculty includes more than 100 full-time professors and more than 150 visiting professors, lecturers on law, and instructors. The curriculum features more than 260 courses and seminars that cover a broad range of traditional and emerging legal fields. For additional information about Harvard Law School, please visit: www.law.harvard.edu.
Aircuity is the smart airside efficiency company providing building owners with sustained energy savings through its intelligent measurement solutions. By combining real-time sensing and continuous analysis of indoor environments, the company has helped commercial, institutional and lab building owners lower operating costs, improve safety and become more energy efficient. Founded in 2000 and headquartered in Newton, MA, Aircuity’s solutions have benefited organizations such as the University of Pennsylvania, Eli Lilly, Masdar City, the Bank of America Tower and the University of California-Irvine. For additional information on the company and its solutions, please visit: https://www.aircuity.com.
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