A Zero Net Energy Teaching Laboratory

Jacob Knowles, BR+A
Nathan Butt, Sasaki Associates

The 2030 challenge sets the trajectory for a carbon-neutral future in the building industry. This goal may seem out of reach for laboratory buildings with high plug-loads and strict HVAC requirements. But, we are turning these hurdles into opportunities.

Construction will start in 2014 for Bristol Community College's 50,000sf Zero Net Energy (ZNE) chemistry, biology, and medical/dental education

This session includes information on precedent ZNE projects to put our project in context and is designed as a session to show the attendees the details of how zero net energy can he achieved. This session is for owner and design team members committed to the pursuit of a carbon-neutral future who want to make the case and then execute designs for transformative energy performance.

Learning Objectives

  • Gain a better understanding of Zero Net Energy laboratories, including resources and precedents.
  • Be able to actively engage in the conversation when evaluating Zero Net Energy feasibility and pose potential solutions to dramatically reduce or eliminate laboratory fossil fuel consumption.
  • Gain an awareness of some of the cutting edge technologies available to maximize cost effective zero net energy laboratories.

Biographies:

As Director of Sustainable Design at BR+A, Jacob Knowles heads our building simulation and sustainability consulting team. His work focuses on the integration of strategies that reduce environmental-footprint, while supporting occupant wellbeing and maximizing return on investment. Over the past decade, he has championed the sustainability agenda for major healthcare, research and other commercial and institutional projects.

 

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