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The All Glass Building - Is Energy Efficiency Possible?

While glass buildings continue to rise throughout our cities, the question of their sustainability remains. The market is demanding high glazing percentage for the daylight, views, and marketing potential it provides, which can present a considerable hurdle in promoting energy efficiency in modern buildings. During this session, two speakers with varying views will frame the current debate surrounding the all glass building and its place in energy efficient, sustainable design. Specific examples with different methodologies will be presented.

Minisplit Heat Pumps: Lessons from the Field

Minisplit heat pumps are now used in most high performance homes in New England. Kohta monitored eight homes built by Transformations and Marc has over sixty homes and non-residential buildings with minisplits. After a brief overview of system types, we’ll share energy use data as well as comfort and distribution studies, and cover issues with installation, sizing, setbacks, and some of the quirks of this nifty technology. Have fun with two MIT nerds!

Inspiring Change: Campus Mission and the Living Building Challenge

The RW Kern Center is designed to embody Hampshire College’s mission of fostering positive change in the world—and to meet the Living Building Challenge. This new ‘gateway’ building creates an opportunity for a powerful transformation of Hampshire’s 1960's vehicle-dominated, Brutalist campus core into a pedestrian friendly naturalistic landscape. The Kern Center will “operate as cleanly, beautifully and efficiently as nature's architecture”, and contribute to Hampshire Community values of active inquiry, creativity, social justice, entrepreneurship, and the sustainable future.

Community Energy Footprints: Taking Residential Efficiency to Scale

For all the Non Net Zero Homes out there, how can energy tracking at the community level help achieve 2030 goals? Four diverse building pros share lessons learned from their experience tracking the energy use of a typical Boston suburb using several benchmarking methods, and discuss how cross referencing tools and technologies can help create community buy-in for achieving C02 reduction targets. The session will close with an open discussion of how to scale up expertise to the community level.

Design/Build and Integrated Project Management 101 - Are you ready?

For many teams, it is an almost impossible challenge to simultaneously deliver high performance and cost efficient buildings while maintaining high customer satisfaction and profitability. Integrated design/build delivery providing single responsibility, from schematic design to construction through commissioning and monitoring has proved to be a viable model for successful delivery of cost efficient high performance buildings. This session will examine aspects of planning, marketing, estimating, system development, project management, human resources, accounting, and legal concerns.

Inside and Out: Integrated Building Facade and HVAC Design

This session provides an overview of the interactions between the building façade and HVAC systems. By distilling this subject into macro and micro level themes, we hope to broaden the understanding of what is needed to design and construct a high performing system. Integration is particularly critical when designing to the trend of highly glazed buildings required to meet increasingly stringent energy targets. While radiant HVAC strategies offer improved energy performance, they have limited peak capacities due to installation and cost restrictions. This places critical importance on measures to minimize peak envelope loads, ensuring that the more efficient radiant HVAC design strategy remains logistically viable. Using relevant project examples, we will break down building loads, explore different HVAC system strategies, and highlight the role of measurement and verification to ensure performance. Construction management and commissioning experience will inform recommendations to avoid common design and installation pitfalls.

Solar Air Heating 2.0

You think trombe walls are a relic of the 70s, right? Using extensive data from multiple case studies throughout Maine, New Hampshire & Massachusetts, including a high school, a fire station and a public works facility, this session will review the potential of modern commercial and industrial solar air heating in the Northeast. We will examine cost and performance viability with live and historical energy, temperature and air flow data as well as explore the impacts of design variations such as collector types, air flow rates, system sizes and HVAC design.

Adventures In Building Science – Multi-Family Construction

In multi-family construction it is increasingly common to get a combination of concrete and steel and curtain wall on the first floor and wood frame on the upper floors. Are we combining the worst of residential and commercial? Or are we getting the best of residential and commercial? How do you specify, design and construct these types of enclosures? How do you “compartmentalize” these units? How do you ventilate these units? How do you condition these units? Roof design and wall design options will be discussed.