EP 33 — Distributed Energy's Richard Zdunkewicz on Premium Rents for Grid Resilient Properties

EP 34 — SolarKal's Yaniv Kalish on Why CRE Solar Projects Cost Double without Market Data

SolarKal [https://www.solarkal.com/]'s $5 billion bid database reveals a 100% spread between highest and lowest proposals for identical projects, signaling reactive procurement without market intelligence. This could cost portfolio owners double. Yaniv Kalish [https://www.linkedin.com/in/yanivkalish/], Founder & CEO, has a procurement framework that starts with portfolio-wide regulatory mapping and interconnection queue analysis before vendor engagement, preventing the months-long chase of properties that fail during permitting due to roof load limits or utility barriers. Roof lease structures reposition unutilized square footage into seven-figure annual NOI additions.   Yaniv's financing comparison also highlights solar's critical advantage over traditional real estate: construction loans replaced by permanent financing at energization versus extended hold periods. His staged deployment approach prioritizes speed while emphasizing upfront expert guidance to avoid equipment selection mistakes and contract terms that surface as change orders months later.    Topics discussed:   * Exposing the 100% bid spread between highest and lowest proposals in commercial solar and how marketplace models reduce pricing opacity * Leveraging roof lease structures to generate seven-figure annual NOI additions by repositioning unutilized commercial rooftop square footage * Implementing portfolio-wide site selection using regulatory mapping and interconnection analysis to avoid properties with barriers * Understanding vendor pricing where solar companies assume 5% close rates on owner RFPs versus 80% on marketplace platforms * Navigating IRA phase-out impacts where declining tax credits will simplify ownership structures and eliminate complex tax equity partnerships * Comparing solar project financing to real estate development, including construction loans replaced by permanent financing after system energization * Deploying solar-plus-storage to achieve rapid payback periods and create revolving capital for additional portfolio sustainability upgrades. * Addressing commercial rooftop solar adoption gaps while energy rates increased 30-40% over recent years across U.S. markets.

EP 33 — Distributed Energy's Richard Zdunkewicz on Premium Rents for Grid Resilient Properties

Richard Zdunkewicz [https://www.linkedin.com/in/richard-zdunkewicz-88614b3/], CEO at Distributed Energy Clearinghouse [https://declearinghouse.com/], has watched distributed energy resources evolve from expensive sustainability projects into revenue-generating financial assets that command premium rents. He helps multi-site property owners navigate the complex value stack across regulated and competitive markets, turning building data into actionable business cases. He provides Sean [https://www.linkedin.com/in/seanswentek/] unique insight into how the shift from fixed pricing to locational hourly value fundamentally changes every commercial real estate energy investment decision.   Richard talks about the biggest misconception about DERs is viewing them as add-ons rather than financial assets that generate contracted revenue streams similar to lease agreements. His analytics platform addresses the reality that while most buildings collect massive amounts of energy data, they fail to translate it into the financial results that drive capital planning decisions. Virtual power plants allow commercial properties to participate in power markets as small power plants, earning revenue for flexibility and grid responsiveness. Richard also touches on the emergence of energy-as-a-service models that enable property owners to conserve cash while accessing sophisticated energy infrastructure, and why private equity increasingly views DERs as standalone assets with predictable cash flows.   Topics discussed:   * The fundamental misconception that DERs are sustainability projects rather than financial assets generating contracted revenue streams. * Virtual power plant aggregation models that enable buildings to participate in wholesale power markets and earn revenue for grid flexibility. * The transformation from fixed electricity pricing to locational hourly value pricing and its impact on distributed energy investment. * Energy-as-a-service and resilience-as-a-service financing models that eliminate upfront capital requirements for sophisticated infrastructure. * The analytics gap where building energy data fails to translate into financial results for capital planning. * Why smart meters and advanced controls transform properties from passive energy consumers into active market participants. * How private equity views distributed energy resources as infrastructure assets with predictable cash flows similar to real estate leases. * Grid resilience as physical insurance that commands premium rents through guaranteed uptime during grid disruptions. * Artificial intelligence integration with building management systems to automate granular energy decisions and capture nuanced value. * The energy transition as re-engineering both energy supply and application, moving beyond simple decarbonization metrics. * Why data centers are developing independent power generation capabilities that bypass traditional utility infrastructure. * The integration of building management systems with battery storage as a breakthrough proptech solution for commercial properties.

EP 32 — Tower Companies' Luke Lanciano on Comfort Over Efficiency in Multifamily Sustainability

Luke Lanciano [https://www.linkedin.com/in/luke-lanciano-72237129/], Director of Sustainability at The Tower Companies [https://towercompanies.com/], shows his expertise in his systematic approach to energy optimization: using 15-minute interval data to identify startup and shutdown inefficiencies, then connecting those energy peaks to the exact moments building engineers remember sweating through equipment failures on hot days. His method makes control system investments immediately tangible: when staff see how automated sequencing prevents the simultaneous startup spikes that create their worst workdays, they become advocates rather than obstacles.   Luke's multifamily strategy flips conventional wisdom by prioritizing comfort over efficiency targets, addressing the loudest 5% of complainers individually while implementing high-efficiency equipment for the other 95% during natural turnover periods. This approach has turned 1960s buildings into Energy Star performers in the mid-to-high 80s. His air quality framework cuts through measurement complexity: master temperature and humidity through proper airflow first, and everything else follows.   Topics discussed: * Using 15-minute-interval energy data to optimize building startup sequences and eliminate simultaneous equipment load spikes * Managing multifamily sustainability by prioritizing tenant comfort over efficiency targets while upgrading equipment during turnover * Implementing real-time kilowatt monitoring as the primary daily metric for building operations teams and energy management * Balancing rooftop solar construction projects with tenant relationships to prevent lease terminations during installation phases * Simplifying air quality management by focusing on temperature and humidity control before measuring advanced indoor air metrics * Converting 1960s multifamily buildings into Energy Star performers through systematic high-efficiency equipment replacement during vacancies * Leveraging sustainability certifications like LEED to meet increasing commercial tenant RFP requirements * Positioning solar as the fastest-growing commercial energy source despite battery storage limitations and nuclear construction delays

EP 31 — Colliers' Raul Saavedra on The PUE Aha Moment That Changed the Sector

Data centers now consume unprecedented amounts of electricity, but the industry hasn't abandoned sustainability. It's adapting at scale. Raul Saavedra [https://www.linkedin.com/in/raul-saavedra-126b033/], Vice Chair, Head of Data Center Advisory, Americas at Colliers [https://www.colliers.com/en], highlights how data center lease structures have shifted from full-service turnkey operations to core-and-shell triple net arrangements, driven by the massive scale of modern facilities and tenant preferences for control. This structural change redistributes sustainability responsibilities but doesn't diminish them, since hyperscale tenants maintain strong environmental commitments regardless of lease type.   The conversation also turns to practical optimization strategies, including how data centers achieve better PUE, the key metric operators monitor to measure system efficiency and sustainability performance. Simple innovations like using outside air for natural cooling through louvers can dramatically reduce energy consumption. Looking ahead, Raul predicts a shift toward smaller, more manageable power distributions in metropolitan areas rather than today's massive centralized facilities. He also addresses common misconceptions, particularly around water usage, explaining how many data centers employ closed-loop recycling systems rather than consuming fresh water continuously.   Topics discussed:   * Data center lease structures shifting from turnkey full-service to core-and-shell triple net arrangements due to massive scale * PUE metrics as the primary sustainability measurement for data center operational efficiency and design performance * Outside air cooling through louvers that dramatically reduce energy consumption in data centers * Nuclear power gaining momentum as the preferred renewable energy source for data centers over solar and wind options * Water recycling misconceptions addressed through closed-loop systems that reuse rather than continuously consume fresh water resources * Investment mistakes in sustainable infrastructure driven by seeking immediate gratification instead of patient long-term capital approaches * Load flexibility agreements between hyperscale tenants and operators to manage production versus non-production energy demands * Future data center design trending toward smaller, distributed facilities with manageable power requirements in metropolitan markets

EP 30 — Gaia Development's Grant Waldron on Energy Modeling Accuracy vs Human Behavior Reality

Grant Waldron [https://www.linkedin.com/in/grantlwaldron/], Director of Sustainability Strategy at Gaia Development [https://www.gaiadevelopment.com/], asserts that sustainable building practices generate immediate financial returns as well as long-term environmental benefits. His work at Gaia spans more than 100 million square feet, including the first LEED speculative building ever constructed. Grant tells Sean [https://www.linkedin.com/in/seanswentek/] how regulatory requirements like California's new life cycle assessment mandates for buildings over 100,000 square feet create competitive advantages for developers who understand the financial optimization opportunities hidden within sustainability compliance.    Grant’s team consistently delivers commissioning studies that recoup their costs within the first year through identified inefficiencies, and his approach to materials optimization has saved clients hundreds of thousands in concrete costs by reducing slab thickness without compromising structural integrity. He warns that the window for electrification planning is closing rapidly, as major corporate tenants with 2030 net zero commitments will abandon facilities with gas systems during the 2029 lease renewal cycle.   Topics discussed:   * The misconception that sustainable building costs more when integrated design actually reduces expenses. * How life cycle assessments identify cost-saving opportunities like reducing concrete slab thickness to save carbon and construction costs. * Integrating energy modeling with life cycle assessments to balance building shell efficiency investments and renewable energy system sizing. * Why commissioning and ongoing building audits consistently recoup their costs within the first year through identified inefficiencies and system adjustments. * The growing sophistication of tenant sustainability demands, including roof rights negotiations and requirements for certified buildings. * How the 2029 lease renewal cycle will force major corporations with 2030 net zero commitments to abandon facilities with gas systems. * Practical future-proofing strategies like conduit placement during initial construction to avoid expensive retrofits for EV charging and solar. * Advanced water management approaches, particularly greywater systems in markets like San Francisco. * The reality gap between energy modeling predictions and actual building performance, driven primarily by unpredictable human behavior and operational variations.