Net Zero Energy Building Design in High Density Urban Cities

Net Zero Energy solutions suitable for urban settings will be increasingly important but there are unique policy and technical challenges to implementing these solutions in large urban buildings in hot and humid climate. Addressing these concerns could open up the possibility of achieving Positive Energy Low Rise, Zero Energy Medium Rise and Super Low Energy High Rise Buildings in the near future.

How do we overcome limited site and roof spaces for renewable energy in urban cities? How do we drive passive design for free cooling in high density environment? How do we reduce the consumption level of plug loads leveraging off the IoT? How do we use the advanced modelling approach to create designs that can achieve Net Zero Energy and then manage the delivery process so that Net Zero Energy performance? How do we move from demonstration phase projects to successful solutions for all buildings?

Register

Uncovering a Building’s Heartbeat Sensormatically

While energy use is a key component in building management, it is important that resource use not overshadow a building's purpose: to provide an adequate (or even enhanced) space for humans or machines to operate. Managing this interdependency between comfort and energy is not easy, but it's essential for high performance spaces as changing occupant comfort demands can consume significant amounts of energy. While optimizing each in isolation is simpler, the results could lead to less than ideal outcomes.

As managers seek to optimize both energy use and comfort, well-placed sensors and data collection systems can provide objective, useful, and actionable information. Building energy meters separated by panel, circuit, or receptacle are useful in determining, where, when, and how energy is being used. Comfort can be divided into visual, thermal, acoustic, and air quality categories. Sensors are able to measure each category in order to determine which aspects of comfort might be insufficient. Ultimately, the sensor data can be analyzed to establish linkages and tradeoffs and can lead to solutions that optimize both factors. Four different projects are presented to demonstrate how energy and comfort can be balanced at a building, campus, and program level.

Register

Cost-Justifying Green Buildings to Skeptics

Many are concerned about what might happen to the green building market when climate change denial is seeing a political resurgence in the US and UK. Yet there is a way to defend green buildings using a business and economics lens palatable even to the biggest green building skeptic. Long used in the world of large-cap infrastructure projects, "cost-benefit analysis" is the gold standard when it comes to weighing different design options for their Net Present Value, Life Cycle Cost, Return on Investment, etc.

Over the past year, two real estate industry leaders, Prologis and San Francisco International Airport, have recently taken that approach and improved upon it, using rigorous economic methodologies from academia and industry alike to also translate into dollar terms the non-financial value of their green building designs, including enhanced occupant health and productivity from improved IEQ and lighting, increased property value and reduced flood risk from green infrastructure, and improved community support from preserving local air and water quality.

Register

Collaborating for Sustainability in Leased Space

Energy efficiency and sustainability have multiple benefits for commercial building occupants. Now, many forward-thinking corporations are employing sustainability tactics and focusing real estate strategy to attract and retain top talent, minimize operating expenses, and drive occupant comfort, health, and productivity. New technologies, a rapidly developing business case, and increasing research are making it easier for more organizations, across sectors, to leverage sustainability to capitalize on the same trends that are rapidly becoming the norm in top-of-the-market, class-A real estate. However, as tenants progress from site selection to occupancy, it becomes increasingly difficult to invest in sustainability. Tenants and landlords should collaborate early to maximize sustainability throughout the life of the tenant-landlord relationship.

In 2015, Congress passed the Energy Efficiency Improvement Act, which directed several federal agencies, including EPA and DOE to identify and employ appropriate strategies to incentivize and engage commercial landlords and tenants to collaborate towards energy efficiency. This panel will discuss the opportunities that legislation will create for tenants and corporate occupiers to leverage energy efficiency and sustainability to meet corporate social responsibility goals and earn public recognition for their success. Panelists will also introduce a variety of tools and resources that are currently available to the market.

Register

Green, Complete and Smart: Build Green vs. Grey

Communities are turning to innovative stormwater management solutions to solve local and regional stormwater challenges. For example, in the nation’s capital, DC agencies recently modified a plan that predominately relied on grey infrastructure to instead partially replace the grey infrastructure with green infrastructure in targeted existing impervious areas. These green installations will serve to mitigate flooding and stormwater issues to the same capacity but with many more environmental and community benefits.

The panel will discuss stormwater challenges through several examples located throughout the country, and the impact of vegetated systems to manage stormwater in local and regional jurisdictions. One example that will be discussed is The American Society of Landscape Architects (ASLA) proposed Green Street Demonstration Project in the Chinatown neighborhood of Washington D.C. where the ASLA headquarters are based. The project seeks to serve as an example for such green, complete, and smart street design. The plan transforms an underperforming street corridor into a showpiece of both green infrastructure technologies and complete street approaches.

Register

Your Zero Net Energy Building May Destroy the Grid

With emerging standards requiring different forms of Zero Net Energy and aggressive owners developing ZNE buildings already it's an important time to look at the potential impacts net metered buildings can have on the historic grid structure and operations. High penetration of renewable energy can destabilize the grid operations and cause havoc for grid operators.

We'll provide a detailed discussion of the different definitions of ZNE and how they impact design and interaction with the grid. We'll outline current issues with high penetration of renewables on Hawaii's grid structure and how they may apply to ZNE building design for larger grid systems. We will provide building strategies that can enhance ZNE building design participation with the grid such as battery storage with renewables, demand response, thermal energy storage, and controls. Finally the team will outline ongoing changes to the grid structures and enhancements needed to prepare the grid for true ZNE buildings on a mass scale.

Register

Occupant Aware Buildings, or Building Aware Occupants?

As technology and intuitive interfaces enable occupants to become more aware about buildings, buildings are becoming more aware of them. Smart buildings leveraging big data collected from thousands of inexpensive sensors and the IoT, promises to improve convenience and comfort, all in a more sustainable manner. Is this a win-win?

High performance buildings with passive design strategies require engaged occupants. Training these occupants for hoped behavioral changes, is both an imperative and a challenge. Even if trained people forget or don't care, or the specific people occupying a building changes.

Does this mean ultimately your building may know more about you than you are comfortable with, even though you are more comfortable in your building? Is the next generation of high performance only possible at the expense of personal privacy? Can we count on this additional layer of systems complexity to be reliable, affordable, maintainable and secure?

Register

RMI's Innovation Center: First-Year Lessons Learned

The Rocky Mountain Institute’s (RMI) Innovation Center illustrates the potential of achieving net-positive-energy performance in a replicable manner, serving as a demonstration project for the design and construction industry. Its first year of operation has offered many lessons around technological incorporation, financial replicability and incentivizing an integrated design process.


With four decades of leadership and advocacy for hyper-efficient buildings and economies, RMI is the ultimate client and occupant for such an innovative project. First-hand staff video interviews will address design process, system integration, performance and occupant satisfaction. RMI researchers guide attendees through the building with interactive video technology, providing commentary to frame the experience. Observations will be contextualized by members of the architecture and engineering team, translating lessons that can—and should—be applied to the next generation of high-performance buildings.

Register

Green Building Data: The Map to Avoiding Legal Issues

As an expert on green buildings, you are probably handling large volumes of sensitive data on green buildings & sustainable infrastructure. Some of this data may include sensitive information such as company financials, employee health statistics and building design details to aggregated and non-sensitive information such as, internal energy usage patterns and performance metrics.

What is the route that this data takes? Are there any laws which prevent its sharing? Does this data need to be destroyed at some point? Can this data be published in academic writings or industry reports of the recipient? Is the “processed data” liable to be treated differently?

This course discusses data security needs & challenges across sectors and international boundaries.

Register

Redefining Sustainable Design: The New AIA COTE Measures

The American Institute of Architects (AIA) Committee on the Environment (COTE) is the oldest U.S. program dedicated to sustainable design. In 1997, COTE introduced its annual Top Ten Awards, “the profession's best known recognition program for sustainable design excellence” (AIA), to celebrate exemplary projects and give the industry guidance on how to integrate green building principles. In 2015, to mark its 25th anniversary, COTE embarked on a landmark research initiative to study the first two decades of Top Ten, published in 2016 as Lessons from the Leading Edge. Part of the research was to revisit the program’s criteria of evaluation, known as the COTE Measures of Sustainable Design. The result of this effort was to overhaul the program with a completely new set of principles and metrics. The 2017 Top Ten Awards are the first year to use new criteria such as economic impact and more robust metrics for health and resilience. In this presentation, three members of the COTE Advisory Group will present the new criteria and engage the audience in a lively discussion about what defines sustainable design.

Register