|NYC19-B2||National Grid - Help Us Help You ||BREAKOUT SPONSORED BY NATIONAL GRID - We will review our current Commercial & Industrial, Multifamily and Residential Energy Efficiency program offerings for our service territories of Brooklyn, Staten Island, parts of Queens and Long Island. We have several Prescriptive and Custom Incentives programs, Direct Install Services, and a new One Pipe Steam System Pilot Program especially for multifamily buildings. During our session we will be asking participants to share their ideas on possible future energy saving programs or services that can help our customer meet their future energy reduction needs. The types of questions we are interested in learning about are: - What new technologies would you like to see included in our rebate offerings? - Are there barriers that stop you from applying to the National Grid energy efficiency programs? - How can we drive you to become more energy efficient? - What are your challenges and potential solutions?Sponsored by:||BENYC19 Sessions||9/26/2019 9:00-AM||9/26/2019 10:00-AM||Front Studio||Carolyn Scibelli ||https://nesea.org/node/6796||https://nesea.org/session/national-grid-help-us-help-you||https://nesea.org/node/add/session-evaluation?id=6796 |
|NYC19-B1||Rethink Water Heating: Tankless Electric is an Efficient, Zero-Emission Solution||BREAKOUT SPONSORED BY EEMAX - Discover the many ways tankless electric technology saves water and energy with a zero greenhouse gas footprint. This AIA accredited learning unit explores the challenge architects and plumbing design professionals experience when looking to find the right balance between performance and efficiency in water heating systems. A review of plumbing code requirements and insights into specification considerations will be shared. This course will identify types of water heating technologies with a focus on Tankless Electric Water Heater (TEWH) function and design. Participants will also have the opportunity to discuss with Eemax engineering and application specialists their own unique water heating challenges. Eemax products support specifications ranging from 1.8 kW to 150 kW, and flow rates from 0.2 GPM to 30 GPM.Sponsored by:||BENYC19 Sessions||9/26/2019 9:00-AM||9/26/2019 10:00-AM||Water Studio||Chris Anderson , Chris Hayden ||AIA 1.0 LU; ASPE 0.10 CEU toward CPD or CPDT recertification||https://nesea.org/node/6793||https://nesea.org/session/rethink-water-heating-tankless-electric-efficient-zero-emission-solution||https://nesea.org/node/add/session-evaluation?id=6793 |
|NYC19-203||Tools for Electrification: EVs, Demand Response, Complete Air Barriers, and DHW||Four tight, impressive mini-presentations, in a learning arc feeding electrification of our built environment: Electric Vehicles: EV Infrastructure from Greenlots; Demand Response from B2Q Associates; Sealing Technology from Aeroseal; and Domestic HW+ Heat Pumps from HIGHMARK NY. The four presentations will be followed by deep contact time with the individual presenters at break-out stations.||BENYC19 Sessions||9/26/2019 9:00-AM||9/26/2019 10:30-AM||Wall Hub||Joshua Doolittle , Richard Gerbe , Mar Kelly , Matthew Pappalardo ||Kate Edden , Jodi Smits Anderson ||AIA 1.5 LU/HSW ;LEED BD+C, O+M 1.5 hours||2 (some prior experience/knowledge helpful)||List several ways to install effective and accessible EV charging infrastructure in NYC||Identify what facilities can benefit significantly from Demand Response approaches||List three reasons a complete air barrier is important to electrification and GHG emissions reductions||Identify and address the challenges in low-energy goals related to DHW, and identify how heat pumps can be used to address those challenges||https://nesea.org/node/6545||https://nesea.org/session/tools-electrification-evs-demand-response-complete-air-barriers-and-dhw||https://nesea.org/node/add/session-evaluation?id=6545 |
|NYC19-213||Carbon Counts! Calculating the Carbon Content of Commercial Construction||How much carbon dioxide is released into the atmosphere as a result of your new construction project? Is it more or less than the emissions from an average project? What can you do, at little or no cost to your project, to reduce this carbon bloom? With the advent of industry-wide Environmental Product Declarations (EPDs) for most conventional construction materials, it’s now possible to calculate the approximate tons of CO2e emitted from the construction of our buildings. This is done using a "carbon pallet" tool developed by the presenter, which will be demonstrated and shared with attendees. We'll see how design changes impact the carbon tally and examine how "biogenic carbon" can reduce net carbon emissions – or even make a building carbon negative.||BENYC19 Sessions||9/26/2019 9:00-AM||9/26/2019 10:30-AM||Exchange Hub West||Jim D'Aloisio ||Elizabeth Engoren ||AIA 1.5 LU/HSW ;BPI 1.5 hours ;LEED BD+C, ID+C 1.5 hours||2 (some prior experience/knowledge helpful)||Calculate the CO2e emissions of various types of structural systems.||Contrast the CO2e emitted during the construction of a building structure to the annual emissions due to heating and cooling.||Identify which building materials represent high CO2e emissions to avoid using them in new construction design.||Identify and implement ways to reduce CO2e emissions from the construction of concrete, steel, and masonry structures.||https://nesea.org/node/6555||https://nesea.org/session/carbon-counts-calculating-carbon-content-commercial-construction||https://nesea.org/node/add/session-evaluation?id=6555 |
|NYC19-201||Electrification and Large Buildings: Roadblocks and Opportunities||As municipalities, states and federal mandates push for carbon reductions, fossil free buildings and a clean grid emerge as critical pathways. Achieving this on any building poses serious challenges; however, when evaluating large buildings, the challenges become even more difficult. This panel of experts has extensive experience designing, testing and monitoring both new construction and existing buildings attempting to achieve high performance, low-carbon goals. The presenters will present case studies that showcase the current design challenges, supply stream deficiencies and research that is being conducted to overcome the challenges to full electrification in large buildings in cold climates.||BENYC19 Sessions||9/26/2019 9:00-AM||9/26/2019 10:30-AM||The Forum||Lois Arena , Nicole Ceci , Mark Ginsberg ||Simonne Li ||AIA 1.5 LU/HSW ;BPI 1.5 hour ;LEED BD+C, ID+C 1.5 hours||2 (some prior experience/knowledge helpful)||Explain what is meant by electrification under a clean grid.||Identify three unique areas that pose challenges when attempting to electrify large buildings.
||List three solutions for achieving electrication in large buildings.
||Explain the types of hot water heat pump technology currently available.
|NYC19-202||NYC's High Performance Retrofit Program and Resources||NYC recently passed legislation that zeroes in on the need for existing buildings to drastically improve their energy and emissions performance. The NYC Retrofit Accelerator, in collaboration with the Building Energy Exchange, is creating new resources as part of its High Performance Retrofit Track that will help building decision-makers meet these aggressive goals, a critical part of the City’s plan to reduce citywide GHG emissions 80% by 2050 (80x50). Speakers will provide an overview of NYC’s Climate Mobilization Act and the NYC Retrofit Accelerator’s High Performance Track, present new resources for deep energy retrofits including technology primers created specifically for building owners and decision-makers, and provide a case study of an exemplary project that has completed a high performance retrofit project.||BENYC19 Sessions||9/26/2019 9:00-AM||9/26/2019 10:30-AM||Exchange Hub East||Ryan Cassidy , Rebecca Esau , Larry Katz , Aaron Ordower ||Bethany Bowyer Khan , Samuel Man ||AIA 1.5 LU/HSW ;BPI 1.5 hour ;LEED BD+C, O+M, ID+C 1.5 hours||1 (no prior experience/knowledge needed)||Summarize NYC’s new legislations requiring energy efficiency improvements in buildings, and describe NYC’s programs that support energy efficiency, including the NYC Retrofit Accelerator.||Explore resources that support high performance technologies and energy efficient strategies.||Integrate capital planning and equipment end-of-useful-life planning in long-term strategies||Assess high performance retrofit pathways for large NYC building typologies (with a focus on electrification pathway) and, in general, evaluate high performance buildings, technologies, and strategies (focus on electrification).||https://nesea.org/node/6544||https://nesea.org/session/nycs-high-performance-retrofit-program-and-resources||https://nesea.org/node/add/session-evaluation?id=6544 |
|NYC19-204||Commercial HVAC Retrofits in the Age of Electrification||At a time when gas is becoming constrained, utilities are restricting new gas hookups, and electrification is the trend, a model has emerged to significantly reduce energy use, as well as dramatically improve IAQ and comfort in buildings. This session will explore replacing existing packaged rooftop units (RTUs) at end of life with Very High Efficiency (VHE) heat or energy recovery ventilation as the dedicated outside air system (DOAS), and heat pumps for heating and cooling. This results in significant energy savings, improved IAQ and health of the building, and happy, comfortable occupants. The session will include several case studies with data demonstrating the range of benefits for the building owners and occupants, as well as the ROI upon installation and commissioning of these systems.||BENYC19 Sessions||9/26/2019 11:00-AM||9/26/2019 12:00-PM||Wall Hub||Barry Stephens ||Gwen McLaughlin ||AIA 1.0 LU/HSW ;BPI 1.0 hour ;LEED BD+C, O+M, ID+C, WELL 1.0 hour||2 (some prior experience/knowledge helpful)||Describe what a very efficient HVAC system looks like.
||Determine the ROI of implementing a HVAC retrofit of buildings to achieve the results of energy efficiency, indoor air quality and comfort.
||Predict the impact of outside air (OA) loads on total building energy use.
||Explain how IAQ and health are related to HVAC system installation and design.
|NYC19-B4||Insights from a National Portfolio Facility O&M Staff High-Performance Training Effort||BREAKOUT SPONSORED BY TISHMAN SPEYER - Come learn from Charlie Marino of AKF and Jonathan Flaherty of Tishman Speyer on their recent collaboration in creating high performance operations and maintenance training for Tishman Speyer facility managers and engineers across the US. Tishman Speyer turned to Charlie and AKF to help create a training program to insure that their operating engineers and facility managers are up to date on the most recent developments in energy efficiency, grids and high performance buildings. This training was based around using a real time energy dashboard system installed across all assets at Tishman Speyer to provide their engineers a real time look at all energy consumption at their facilities and help manage demand response and peak demand issues. Facility engineers left the training with an enhanced understanding of using energy information to help inform capital planning decision at their properties.Sponsored by:||BENYC19 Sessions||9/26/2019 11:00-AM||9/26/2019 12:00-PM||Water Studio||Jonathan Flaherty , Charles Marino ||https://nesea.org/node/6797||https://nesea.org/session/insights-national-portfolio-facility-om-staff-high-performance-training-effort||https://nesea.org/node/add/session-evaluation?id=6797 |
|NYC19-206||Ongoing Operations Support in Multifamily Buildings||Building owners are faced with huge challenges to improve building performance in today’s NYC market. Updating equipment and buildings to operate as “smart buildings” is part of the solution to drive down energy and utility costs. To maximize the investment of smart technology, owners need to engage the people who operate and maintain equipment to achieve the best outcomes, for their staff and their tenants, at the lowest cost. This session will use a case study to demonstrate the benefits of tackling both physical equipment improvements and providing ongoing operation support within a multifamily building in NYC, to significantly reduce energy use, water use, and carbon.||BENYC19 Sessions||9/26/2019 11:00-AM||9/26/2019 12:00-PM||Exchange Hub West||Samantha Pearce , Pam Slighter ||Elihu Dietz ||AIA 1.0 LU ;BPI 1.0 hour ;LEED O+M, ID+C, BD+C 1.0 hour||2 (some prior experience/knowledge helpful)||Identify five best practices for engaging onsite operational staff in performance improvements in multifamily buildings.||Describe the benefits of remote monitoring as a tool for informing continual improvement of operations and future building upgrades.||Recognize culture and behavior norms within tenant spaces.||Prioritize system design goals and project planning based on staff ability.||https://nesea.org/node/6548||https://nesea.org/session/ongoing-operations-support-multifamily-buildings||https://nesea.org/node/add/session-evaluation?id=6548 |
|NYC19-207||Reduce, Recover, Repurpose: Low-Cost Approach to Prepare Your Facility for Electrified Heating and 80% GHG Reductions||Cost-effective carbon neutrality with electrified heating can today be achieved through a three-phased approach that focuses on energy reduction, recovery, and infrastructure repurposing. We will present the results of two detailed analyses to demonstrate our approach to cost-effectively achieving 80% GHG reductions with electrified heating. The first analysis will demonstrate the costs of heating and cooling for typical scenarios in the built environment. The second study will present a detailed analysis of how to cost-effectively convert a facility for heat electrification with heat pumps. We will share best practices to effectively reuse assets within buildings like coils, radiators, and piping that can interface with heat pump generated energy.||BENYC19 Sessions||9/26/2019 11:00-AM||9/26/2019 12:00-PM||Exchange Hub East||Marc Couture , Steven Meyers , William Peabody ||Eric Goshow ||AIA 1.0 LU/HSW ;BPI 1.0 hour ;LEED BD+C, O+M, ID+C 1.0 hours||2 (some prior experience/knowledge helpful)||Identify the electrification options for a building’s heating/cooling systems as well as judge which options are most economical.||Recognize how to minimize infrastructure and operational costs when converting to an electrified heating system using heat pumps.||Calculate conversion costs from typical facilities to those that utilize heat pumps with 80% decarbonization. ||Follow best practices to effectively re-use assets within buildings (coils, radiators, piping, etc.) that can interface with heat pump generated energy.||https://nesea.org/node/6549||https://nesea.org/session/reduce-recover-repurpose-low-cost-approach-prepare-your-facility-electrified-heating-and-80||https://nesea.org/node/add/session-evaluation?id=6549 |
|NYC19-B7||NYC’s Local Law 97 - Implementing, Reporting, Enforcement||BREAKOUT SPONSORED BY CUMMING CORPORATION - This interactive event will help identify what the roles are, who the players are, and what the biggest challenges are with regard to Local Law 97 (LL97). Join us for facilitated speed-networking to learn more about how to tackle this aggressive new legislation that will surely be a model for other cities. NYC’s newly passed LL97 creates carbon emissions limits for existing buildings over 25,000 square feet and mandates reducing their carbon emissions 40% by 2030. This ambitious law comes with many questions about implementation, reporting, and enforcement.Sponsored by:||BENYC19 Sessions||9/26/2019 11:00-AM||9/26/2019 12:00-PM||Front Studio||Courtney Lindberg ||https://nesea.org/node/6800||https://nesea.org/session/nycs-local-law-97-implementing-reporting-enforcement||https://nesea.org/node/add/session-evaluation?id=6800 |
|NYC19-208||Shark Tank: Refining Your Pitch to Reluctant Stakeholders||Sign up to make your pitch at this lively, interactive session. Critical to energy project implementation is getting buy-in from building owners and financial stakeholders. Many deals don’t happen due to poor communication and lack of understanding about stakeholder needs. As engineers and architects, we work in a highly fragmented sector and often aren’t speaking the same language as our stakeholders or asking the right questions. With the right pitch, an idea is transformed into a tangible project. The goals of this session are to challenge how we normally think about sales and learn the framework to engage in more meaningful ways. NYCEEC, a non-profit energy finance company that will be administering NYC’s PACE Finance Program, will be moderating the session. Like Shark Tank, NYCEEC gets to see many different pitches and how they’ve worked first hand.Maximum learning opportunity! Come prepared with your two-minute pitch and get feedback from our panel of sales, finance, and real estate professionals. If you're shy about pitching in public, come to watch and learn from others practicing their skills.||BENYC19 Sessions||9/26/2019 11:00-AM||9/26/2019 12:00-PM||The Forum||Guy-Thomas Barbier , Christina McPike , Patrick O'Donnell , Lauren Zullo ||Elizabeth Engoren , Jennifer Leone ||AIA 1.0 LU ;BPI 1.0 hour||1 (no prior experience/knowledge needed)||Define your stakeholders and understand their needs
||Develop creative ways to engage with stakeholders including telling a great story with language that resonates with stakeholders and lenders
||Develop effective ways to structure, present, and follow-up on a proposal
||Avoid being “salesy” or pushing a “hard sell” by understanding which language and sales methods work and which don’t
|NYC19-205||Electrify Your Health! How Electrification Can Improve Human Health in Urban Buildings||We see the clear connection between energy upgrades and health via improvements including better ventilation, quieter HVAC systems, and thermal stability. But we've yet to see the specific health benefits (and challenges) associated with electrification. How can we improve our carbon footprint and hit the 2050 climate goals while simultaneously making tenants happier and healthier? This session will detail factors contributing to optimal human health, both indoors and outdoors in the built environment; study emerging data from Harvard’s Ventilation/IAQ project and its hoped-for effect on affordable housing developers, policymakers, and capital providers; advise on hazardous chemicals and healthier choices of materials specifically related to electrification; and lay out key electrification strategies for protecting health in a socially equitable and cost-effective manner.||BENYC19 Sessions||9/26/2019 1:00-PM||9/26/2019 2:00-PM||Exchange Hub West||Elizabeth Garland , Lauren Hildebrand , Bill Walsh ||Lauren Moss ||AIA 1.0 LU/HSW ;BPI 1.0 hour ;LEED BD+C,O+M, ID+C, WELL 1.0 hour||2 (some prior experience/knowledge helpful)||Assess and identify rationale for broadening definition of high performance buildings to be inclusive of human health as a metric for building operations and success||Specify how indoor air quality and ventilation and the associated equipment and controls are critical in creating healthy buildings and high performing buildings||Define common pollutants in building materials and the strategies for minimizing, reducing and solving the problems associate with building materials, human health and building operations ||Explain how public health data are impacting changes to the building industry, codes, policies and programs and how this result will improve human health and building operations.||https://nesea.org/node/6547||https://nesea.org/session/electrify-your-health-how-electrification-can-improve-human-health-urban-buildings||https://nesea.org/node/add/session-evaluation?id=6547 |
|NYC19-B6||Achieving LEED Points in VRV Applications||BREAKOUT SPONSORED BY DAIKIN - This will be an overview presentation on how Daikin can help projects achieve LEED points by measuring the sustainability and performance of a building with regard to the VRV system applied as an HVAC solution. Variable Refrigerant Volume systems have been on countless high profile LEED projects to incorporate sustainable design practices around the world. These cutting edge heat pump systems offer a variety of paths to help secure LEED points. The team that is selected for a VRV project is paramount in its success with proper design, installation, and operation to ensure the systems are optimized and exceeding the intent of the LEED mission.Sponsored by:||BENYC19 Sessions||9/26/2019 1:00-PM||9/26/2019 2:00-PM||Water Studio||Larry Thiel ||https://nesea.org/node/6799||https://nesea.org/session/achieving-leed-points-vrv-applications||https://nesea.org/node/add/session-evaluation?id=6799 |
|NYC19-B9||Demonstrated Leadership in Electrification Design||BREAKOUT SPONSORED BY BR+A CONSULTING ENGINEERS - Companies, campuses and cities are striving to build a carbon neutral future. Fossil Fuel Free (Electrified) and Zero Net Energy (ZNE) buildings will play a key role in achieving this goal. Many people are familiar with small ZNE buildings, but we need to rapidly scale up to Medium, Large, and XL. The need is particularly acute, with the latest in new and existing building regulations, such as Local Law 97. Join us as we demonstrate examples of this ZNE scale-shift, including detailed examples from 4,000 to 400,000 square feet. Sponsored by:||BENYC19 Sessions||9/26/2019 1:00-PM||9/26/2019 2:00-PM||Front Studio||Jacob Knowles , Jason Lukes ||https://nesea.org/node/6828||https://nesea.org/session/demonstrated-leadership-electrification-design||https://nesea.org/node/add/session-evaluation?id=6828 |
|NYC19-214||Cost-Effective Transition to Electrified Heating & Cooling with Distributed Generation||We’ll explore the operational and financial impact of electrifying heating and cooling systems that leverage distributed generation systems (CHP, Solar, battery storage) to help offset large capital investments. We’ll focus on multifamily buildings constructed in the past 10 years in which various configurations of VRF and distributed generation were implemented, as well as retrofits of existing buildings. Upfront costs and yearly savings of these systems will be reviewed as will the impact of potential changes to electric and gas rates in the future. In addition, we will address potential regulatory changes that can alter cost and savings projections and guide future ECM priorities.||BENYC19 Sessions||9/26/2019 1:00-PM||9/26/2019 2:00-PM||The Forum||Jamin Bennett , Michael Brusic , Abdulla Darrat , Larry Katz ||Larry Katz ||AIA 1.0 LU/HSW ;BPI 1.0 hour ;LEED BD+C, O+M, ID+C 1.0 hour||2 (some prior experience/knowledge helpful)||Evaluate case study data to describe the efficiencies of VRF technology||List distributed generation options currently available||Argue for the cost effectiveness of electrified heating and cooling systems||Describe how existing regulations support electrification and predict how potential regulatory changes can drive greater adoption of electrification.||https://nesea.org/node/6556||https://nesea.org/session/cost-effective-transition-electrified-heating-cooling-distributed-generation||https://nesea.org/node/add/session-evaluation?id=6556 |
|NYC19-215||Scaling Heat Pump Retrofits: Come for the Efficiency, Stay for the Air Conditioning||New York City was the birthplace of the electrical grid. Today, our policy makers realize that the city’s survival depends on electrifying much more than lighting. But the heat pump transition has barely begun for the multifamily sector, which accounts for more than 30 percent of the city's carbon emissions from buildings. Urban Green, NYSERDA and a group of 30 heat pump experts are developing a roadmap for scaling heat pumps in NYC's large multifamily buildings. Financial and technical hurdles have kept archaic fossil fuel systems deeply rooted in multifamily buildings for decades. We have ideas on how to break this cycle and get owners and tenants onboard. Our project team will discuss practical solutions and explain our roadmap for electrifying the NYC multifamily building sector.||BENYC19 Sessions||9/26/2019 1:00-PM||9/26/2019 2:00-PM||Exchange Hub East||Sean Brennan , Kelly Dougherty , David Goldstein ||Gwen McLaughlin ||AIA 1.0 LU/HSW ;BPI 1.0 hour ;LEED BD+C,O+M, ID+C 1.0 hour||1 (no prior experience/knowledge needed)||Articulate the range of costs involved with installing and operating an air-source heat pump system in an existing multifamily building.||Help multifamily building owners select the right solution, centralized or decentralized, when considering a heat pump retrofit.||Explain the latest research into air-source heat pumps and why they will work in cold climates and multifamily buildings.
||Give consultants the communication tools needed to have a productive conversation with owners and co-op boards on how and why to electrify their buildings.||https://nesea.org/node/6557||https://nesea.org/session/scaling-heat-pump-retrofits-come-efficiency-stay-air-conditioning||https://nesea.org/node/add/session-evaluation?id=6557 |
|NYC19-216||NYC Local Laws and Pathways to Municipal Building Electrification||New York City Local Law 31 of 2016 set stringent source energy use intensity (EUI) targets for the design of new municipal capital buildings, additions, and substantial reconstructions. Local Law 97 of 2019, part of the City’s Climate Mobilization Act, set aggressive new greenhouse gas (GHG) reduction targets for the entire municipal portfolio that will require retrofits of most City-owned buildings. The City’s unprecedented targets for municipal buildings raise challenges relevant to any owner of a large portfolio. How can the City's wide variety of building typologies – schools, libraries, vehicle maintenance garages, police stations and fire houses, hospitals, cultural institutions, and others – cut energy use 50% or more from today’s levels? Which applications within the portfolio are best for electric heat pumps, and how do applications in new construction and major renovations differ from those in buildings limited to incremental upgrades? This session will provide an overview of these laws, their projected impact on the City’s 4,600 buildings, the ways in which electric heat pumps can help meet these targets, and how the answers to these questions are being incorporated into programs and designs currently underway.||BENYC19 Sessions||9/26/2019 1:00-PM||9/26/2019 2:00-PM||Wall Hub||Rebecca Isacowitz ||Ken Levenson ||AIA 1.0 LU||2 (some prior experience/knowledge helpful)||Summarize the different targets established for municipal buildings by recent Local Laws and how they will affect the City’s portfolio.||Appreciate the opportunities and challenges for low-energy design and building electrification that are presented by the City's unique portfolio, administrative structure, and project development processes.||Describe how several municipal pilot projects currently in design are using electric heat pumps to help meet the new legislative targets.||Identify new market opportunities to meet the needs of a diverse 4,600-building portfolio.||https://nesea.org/node/6558||https://nesea.org/session/nyc-local-laws-and-pathways-municipal-building-electrification||https://nesea.org/node/add/session-evaluation?id=6558 |
|NYC19-B3||NYSERDA’s RetrofitNY Solution Provider Roundtable||BREAKOUT SPONSORED BY NYSERDA - Join us for a roundtable discussion concerning key technologies needed for the RetrofitNY program and the program strategy in place to drive this market transformation to enable net zero levels of performance on our existing building stock.What we will cover: performance specifications developed by Steven Winters Associates cost analysis of initial market segment in affordable housing product development opportunities business model support market aggregation and expansionWho should attend: original equipment manufacturers product fabricators equipment aggregators builders and general contractors installers energy efficiency contractorsSponsored by:||BENYC19 Sessions||9/26/2019 1:00-PM||9/26/2019 2:30-PM||Old Slip Studio||Lois Arena , Saul Brown , Christopher Mahase ||https://nesea.org/node/6794||https://nesea.org/session/nyserda%E2%80%99s-retrofitny-solution-provider-roundtable||https://nesea.org/node/add/session-evaluation?id=6794 |
|NYC19-B5||Best Design Practices for Proper VRV Optimization and Integration||BREAKOUT SPONSORED BY DAIKIN - This will be a technical presentation geared for the HVAC professional who is interested in learning about best practices to properly apply VRV systems into a commercial building. Variable Refrigerant Volume systems offer numerous benefits beyond a traditional HVAC system that include ultimate design flexibility, enhanced occupant comfort, and peak system wide efficiency. This cutting edge heat pump technology has been used in commercial spaces as an alternate to chiller systems since 1982. VRV systems are typically used for many vertical markets buildings which include office, hospitality, schools, and multi-family applications. Please join Daikin to learn about best design practices and optimization strategies for VRV systems.Sponsored by:||BENYC19 Sessions||9/26/2019 2:30-PM||9/26/2019 3:30-PM||Water Studio||Larry Thiel ||https://nesea.org/node/6798||https://nesea.org/session/best-design-practices-proper-vrv-optimization-and-integration||https://nesea.org/node/add/session-evaluation?id=6798 |
|NYC19-B8||Mastering the Tenant Engagement Process: Approaches and Case Studies||BREAKOUT SPONSORED BY NYSERDA - Engaging tenants in the pursuit of energy and carbon reductions is key to meeting New York City’s and the State’s aggressive climate impact mitigation goals. Join us as we explore different ways to engage commercial tenants in the conversation about energy efficiency, from smart building technologies, to technical assistance incentives and other creative approaches to reducing energy consumption in tenant spaces. The speakers will present case studies and best practices for tenant engagement and place these activities in the context of The Climate Leadership and Community Protection Act. ||BENYC19 Sessions||9/26/2019 2:30-PM||9/26/2019 4:00-PM||Front Studio||Timothy Angerame , Sophie Cardona , Eugenia Gregorio , Jack Jenkins , Natasha Lewis , Mayra Lujan , Samuel Man , Monica Ridgway ||https://nesea.org/node/6818||https://nesea.org/session/mastering-tenant-engagement-process-approaches-and-case-studies||https://nesea.org/node/add/session-evaluation?id=6818 |
|NYC19-209||Electrifying Our Small Building Stock: Lessons from the Field||Come see the latest results from the NYSERDA cold climate air source heat pump demonstration. We will report new cost and energy data from 20 whole-building retrofits. At each 1-3 family building, multi-split heat pumps were installed to fully replace fossil fuel heating systems. We will also report on a field evaluation of Integrated Controls currently underway. These controls integrate the operation of legacy systems with new heat pumps to minimize fossil fuel use while maintaining comfort. We will also discuss the State’s $250 million commitment to heat pump incentives and the City’s Staten Island heat pumps initiative.||BENYC19 Sessions||9/26/2019 2:30-PM||9/26/2019 4:00-PM||Exchange Hub East||Jordan Dentz , Julie Liu , Scott Smith ||Jennifer Leone ||AIA 1.5 LU/HSW ;BPI 1.5 hours ;LEED BD+C,O+M, ID+C, WELL 1.5 hours||2 (some prior experience/knowledge helpful)||Predict the energy/ cost savings as well as first cost of air source heat pump retrofits in NYC 1-3 family homes.||Evaluate potential challenges in implementation of heat pump retrofits and strategies for how to overcome them.||Advocate for integrated controls, explain how they work, and list at least three benefits.||Learn how to find and navigate local incentive programs that can help projects overcome the cost hurdle.||https://nesea.org/node/6551||https://nesea.org/session/electrifying-our-small-building-stock-lessons-field||https://nesea.org/node/add/session-evaluation?id=6551 |
|NYC19-210||Electrifying the Buildings of Tomorrow||With the implementation of hard carbon emission limits in NYC, building energy use has taken a whole new shape. Electric energy for building heating and hot water consumption, in the past considered wasteful and expensive, is set to become the preferred and sustainable choice. We will explore the available technology and impacts to capital costs, energy costs, emissions, and fines of various heating technologies, starting with a new building, where the plate is clean, and ending with how those choices can be evaluated and applied to an existing building, where the plate is “dirty.”||BENYC19 Sessions||9/26/2019 2:30-PM||9/26/2019 4:00-PM||Exchange Hub West||Charles Marino , Jeff Rios , Paul Rode ||Eric Goshow ||AIA 1.5 LU/HSW ;BPI 1.5 hours ;LEED BD+C,O+M, ID+C 1.5 hours||2 (some prior experience/knowledge helpful)||Discuss the impact of all-electric mechanical systems for new building design, focusing primarily on commercial and high rise residential.||Describe the first costs, energy cost, and emissions resulting from all-electric systems on a new building.||Discuss the feasibility of implementing the same electric solutions on an existing commercial and high rise residential building.||Understand the key drivers to make infrastructure upgrades for electrification feasible or not.||https://nesea.org/node/6552||https://nesea.org/session/electrifying-buildings-tomorrow||https://nesea.org/node/add/session-evaluation?id=6552 |
|NYC19-211||Postmortem: Are Rating Systems Really Working?||Sustainability rating systems tend to either draw frustration or excitement. Join us to review the historical context, focus areas, components and real-world examples of success, hindsight moments and challenges of three such rating systems, LEED, Passive House and Living Building Challenge. We’ll also discuss how rating systems intersect with New York City’s efficiency grades and carbon caps. Don’t just listen to this presentation: prepare for what might be heated dialogue and discussion!||BENYC19 Sessions||9/26/2019 2:30-PM||9/26/2019 4:00-PM||Wall Hub||Kristie Broussard , Scott Kelly ||Elihu Dietz , Kate Edden ||AIA 1.5 LU/HSW ;BPI 1.5 hours ;LEED BD+C 1.5 hours||2 (some prior experience/knowledge helpful)||Understand the history, similarities, differences and focus areas of rating systems discussed (LEED, Passive House, LBC).
||Learn lessons and insights to the design, execution and operations of LEED, PH, SITES and LBC projects and their potential synergies when pursuing the rating systems goals.||Assess which strategies can be applied from each rating system for benefit in their project. ||Guide clients to pursue the right sustainable approaches given the project conditions, and improve performance outcomes.||https://nesea.org/node/6553||https://nesea.org/session/postmortem-are-rating-systems-really-working||https://nesea.org/node/add/session-evaluation?id=6553 |
|NYC19-212||NY State Policy and Programs: A Push Towards Carbon Neutral Buildings ||This session will provide an overview of New York State policies and programs that are driving the industry toward low carbon buildings for retrofit and new construction. The speakers – policymakers and building experts – will describe in detail New York’s new policy context: The Climate Leadership and Community Protection Act and the state’s Roadmap to Carbon Neutral Buildings; as well as two current programs designed to push the market to make carbon neutral building the norm for both new construction (Buildings of Excellence) and the retrofit of existing buildings (RetrofitNY). There will be ample time for your questions and thoughtful discussion.||BENYC19 Sessions||9/26/2019 2:30-PM||9/26/2019 4:00-PM||The Forum||Jim Edelson , Greg Hale , Christopher Mahase , Andrea Mancino , Zach Zill ||Jon Braman , Andrea Mancino ||AIA 1.5 LU/HSW||2 (some prior experience/knowledge helpful)||Describe the difference between a Net Zero Energy building and a carbon neutral building, and the interactive systems thinking needed for designing, constructing, and retrofitting buildings as part of an integrated and heavily electrified buildings-transportation-grid network.||Summarize activities and state of the art research that NYSERDA and the Roadmap team are undertaking to provide the data, policy environment, and timeline needed by the state and public to achieve carbon neutrality.||List challenges and barriers to building electrification at scale, and in a replicable fashion, that shaped the methodology and approach behind this pathway to net zero buildings.||Explain the role of industry stakeholders such as general contractors, manufacturers, architects, engineers and energy efficiency professionals and assess partnership opportunities with NYSERDA to deliver a turn-key solution to market.||https://nesea.org/node/6554||https://nesea.org/session/ny-state-policy-and-programs-push-towards-carbon-neutral-buildings||https://nesea.org/node/add/session-evaluation?id=6554 |