Case study: Building performance standards & compliance — a startup-to-enterprise scale story

When Washington, D.C. enacted the nation's first Building Energy Performance Standards (BEPS) in 2018 through the Clean Energy DC Omnibus Amendment Act, building owners faced a challenge no existing software platform could fully address: tracking compliance against declining energy use intensity (EUI) targets across heterogeneous portfolios, managing retrofit planning, and submitting verified data to regulators. Into this gap stepped Measurabl, a San Diego-based startup founded in 2013 that had been quietly building an ESG data management platform for commercial real estate. Their pivot toward BPS compliance illustrates how regulatory tailwinds can transform a niche sustainability software company into an enterprise-scale platform serving over 15 billion square feet of global real estate.

Why It Matters

Building performance standards represent the most consequential regulatory shift in commercial real estate in decades. Unlike voluntary programs such as ENERGY STAR or LEED, BPS mandates impose legally binding energy reduction requirements with financial penalties for non-compliance. As of early 2026, 46 U.S. jurisdictions have adopted or proposed BPS ordinances, covering approximately 8.2 billion square feet of commercial and multifamily building space. New York City's Local Law 97, the largest by coverage, applies to buildings over 25,000 square feet and began imposing penalties in 2024, with fines reaching $268 per metric ton of CO2 equivalent above the allowed threshold.

The compliance challenge is substantial. According to the Urban Green Council, approximately 60% of covered buildings in New York City exceeded their 2024 emissions limits, exposing owners to aggregate penalties estimated at $900 million annually if no improvements are made. Nationally, the Institute for Market Transformation estimates that BPS compliance will require $170 billion in cumulative building upgrades by 2035. This creates an enormous market for software platforms, engineering consultancies, and financing mechanisms that can help building owners navigate the transition.

The regulatory landscape extends beyond the United States. The European Union's Energy Performance of Buildings Directive (EPBD) recast, finalized in 2024, requires all new buildings to be zero-emission by 2030 and mandates energy performance certificates for existing buildings undergoing major renovations. The United Kingdom's Minimum Energy Efficiency Standards (MEES) already prohibit leasing commercial properties with Energy Performance Certificate (EPC) ratings below E, with proposals to raise the minimum to B by 2030. Japan's Building Energy Efficiency Act, amended in 2022, extends energy performance requirements to all new buildings from April 2025.

For building owners, operators, and investors, the question is no longer whether performance standards will affect their portfolios but how quickly they can achieve compliance and at what cost.

Key Concepts

Building Energy Performance Standards (BEPS/BPS) are regulatory requirements that set maximum energy consumption or carbon emissions thresholds for existing buildings, typically declining over time. Unlike building codes that apply only to new construction, BPS apply retroactively to the existing building stock, which accounts for approximately 99% of buildings in any given year. Jurisdictions implement BPS through various mechanisms including absolute EUI caps (measured in kBtu per square foot per year), carbon intensity limits (kgCO2e per square foot), or percentage reduction requirements from a baseline period.

Energy Use Intensity (EUI) is the primary metric for building energy performance, calculated as total annual energy consumption divided by gross floor area. Site EUI measures energy consumed at the building, while source EUI accounts for transmission and generation losses in the energy supply chain. Weather-normalized EUI adjusts for climate variations across years, enabling fair comparison of building performance over time. The median EUI for U.S. office buildings is approximately 79.5 kBtu per square foot (per the Commercial Buildings Energy Consumption Survey), though wide variation exists by building age, climate zone, and operational characteristics.

Benchmarking is the process of systematically measuring and reporting a building's energy and water consumption, typically through ENERGY STAR Portfolio Manager or equivalent platforms. Most BPS jurisdictions require annual benchmarking as a prerequisite for compliance tracking. Approximately 35 U.S. cities and states now mandate annual energy benchmarking for covered buildings, creating the foundational data layer upon which BPS enforcement depends.

Compliance Pathways define how building owners can meet BPS requirements. Most ordinances offer multiple routes: prescriptive pathways (installing specific efficiency measures), performance pathways (meeting EUI or emissions targets through any combination of measures), and alternative compliance pathways (such as on-site renewable generation or purchase of renewable energy credits). Some jurisdictions also allow financial hardship exemptions or compliance timeline extensions for buildings facing extraordinary retrofit costs.

The Startup Phase: Measurabl's Early Product-Market Fit

Measurabl launched in 2013 with a straightforward value proposition: automating the collection, management, and reporting of ESG data for commercial real estate portfolios. At the time, sustainability reporting in real estate was dominated by manual spreadsheet processes, with property teams collecting utility bills, waste hauling records, and water consumption data through email chains and paper files. The founding team, led by Matt Ellis, recognized that the Global Real Estate Sustainability Benchmark (GRESB) was gaining traction among institutional investors, creating demand for standardized ESG data aggregation.

The initial product focused on utility data automation, connecting directly to over 10,000 utility providers to pull consumption data automatically. This eliminated the most time-consuming aspect of ESG reporting: chasing down utility bills across large portfolios. Early customers included real estate investment trusts (REITs) managing 50 to 500 properties, where the labor savings from automated data collection justified subscription costs of $500 to $2,000 per building annually.

By 2017, Measurabl had raised $7.5 million in Series A funding from Endeavor Catalyst and had onboarded approximately 40,000 buildings. The platform's core competitive advantage was its utility data integration network, which competitors like Honest Buildings (later acquired by Procore) and Engie Impact lacked at comparable breadth. However, the business faced a challenge common to enterprise SaaS: customer retention depended on continuous demonstration of value beyond the initial automation play.

The Pivot: Regulatory Compliance as a Growth Engine

The passage of D.C.'s BEPS in 2018 and New York City's Local Law 97 in 2019 fundamentally altered Measurabl's strategic trajectory. These regulations transformed energy data from a voluntary reporting exercise into a compliance obligation with financial consequences. Building owners who previously viewed sustainability software as a discretionary expense now faced mandatory requirements that demanded the exact capabilities Measurabl had been building.

The company moved quickly to develop compliance-specific features: automated gap analysis showing each building's current performance against jurisdiction-specific thresholds, retrofit scenario modeling that projected energy savings and compliance timelines for different intervention packages, and regulatory filing tools that generated submission-ready reports for benchmarking and compliance authorities. By 2020, Measurabl had integrated compliance tracking for eight BPS jurisdictions, with the platform automatically mapping each building's energy data against the applicable regulatory framework.

This pivot illustrates a critical lesson for climate tech founders: regulatory mandates create durable demand that voluntary sustainability commitments cannot match. Measurabl's retention rates improved from approximately 85% to over 95% after compliance features launched, because canceling the software meant losing the ability to track regulatory obligations.

Scaling to Enterprise: The 2021-2025 Growth Phase

Between 2021 and 2025, Measurabl scaled from a mid-market platform to an enterprise solution serving institutional owners, sovereign wealth funds, and global property managers. Several factors drove this transition.

First, the company raised $93 million in Series C funding in 2022, led by Energy Impact Partners, enabling significant investment in product development, regulatory coverage expansion, and international capabilities. The funding reflected investor confidence that BPS adoption would continue accelerating, creating a expanding addressable market.

Second, Measurabl acquired Hatch Data in 2022, adding real-time building performance monitoring and fault detection capabilities to its platform. This acquisition addressed a critical gap: compliance tracking required not just annual benchmarking data but continuous monitoring to identify performance degradation and verify that retrofit investments delivered projected savings. The integration of Hatch Data's interval meter analytics with Measurabl's portfolio management tools created a differentiated platform that could serve both compliance reporting and operational optimization.

Third, the company expanded internationally to address European regulatory requirements. The EPBD recast, combined with existing national frameworks in the United Kingdom, France (Decret Tertiaire), and the Netherlands (Paris Proof commitments), created demand for a unified platform capable of tracking compliance across multiple regulatory regimes. By 2025, Measurabl's platform covered BPS and benchmarking requirements in over 70 jurisdictions globally.

The enterprise sales motion required fundamental changes to the organization. Average contract values grew from approximately $50,000 to over $500,000 as the company moved upmarket to serve portfolios of 1,000 or more buildings. Implementation timelines extended from weeks to months, requiring dedicated customer success teams, professional services capabilities, and integration partnerships with property management platforms including Yardi, MRI Software, and RealPage.

Results and Performance Benchmarks

By early 2026, Measurabl's platform managed ESG data for over 15 billion square feet of real estate across 93,000 buildings in 92 countries. Independent analysis by Verdantix identified Measurabl as the market leader in commercial real estate ESG software, with approximately 25% market share among institutional owners.

Documented outcomes from enterprise deployments include quantifiable compliance improvements. A major U.S. REIT with 400 office properties used Measurabl's compliance module to identify that 38% of its New York City portfolio exceeded Local Law 97 thresholds. The platform's retrofit scenario engine prioritized interventions by cost-effectiveness, guiding $127 million in capital expenditure toward LED lighting upgrades, HVAC modernization, and building envelope improvements. After two years of implementation, 89% of previously non-compliant buildings met their interim compliance targets.

A European pension fund managing 1,200 commercial properties across six countries deployed Measurabl to track compliance with the EPBD recast and national building energy regulations simultaneously. The platform reduced compliance reporting labor by approximately 70%, from an estimated 4,800 staff-hours annually to 1,400 hours, while improving data accuracy from 78% to 96% as measured by third-party audit.

A global logistics company used the platform to benchmark 850 warehouse and distribution facilities against local BPS requirements, identifying $43 million in potential penalty exposure and prioritizing $89 million in efficiency investments projected to achieve full compliance by 2028 with a 4.2-year simple payback.

Lessons for Founders and Operators

Regulatory mandates create more durable demand than voluntary commitments. Measurabl's growth accelerated dramatically after BPS adoption expanded, because compliance software becomes essential infrastructure rather than a discretionary tool. Founders building climate tech platforms should prioritize features that address mandatory requirements, even if voluntary use cases provide initial traction.

Data network effects compound over time. Measurabl's utility integration network, built incrementally over a decade, created barriers to entry that competitors found difficult to replicate. Each new utility connection made the platform more valuable to every customer, as data automation coverage expanded. Climate tech startups should identify similar network effects in their data infrastructure and invest in them early.

Acquisitions can accelerate capability gaps faster than internal development. The Hatch Data acquisition gave Measurabl real-time monitoring capabilities that would have required 18 to 24 months of internal development. In rapidly evolving regulatory markets, speed to capability matters more than building every feature organically.

Enterprise sales require organizational transformation. Moving from mid-market to enterprise customers demanded new skills in solution architecture, procurement navigation, and multi-stakeholder relationship management. The company hired experienced enterprise sales leaders from established software companies (Salesforce, Oracle) rather than attempting to develop enterprise sales capabilities from scratch.

International expansion multiplies complexity non-linearly. Each new regulatory jurisdiction requires not just language translation but deep understanding of local energy markets, utility structures, building typologies, and compliance mechanisms. Measurabl addressed this through local regulatory partnerships rather than attempting to develop in-house expertise for every market.

Action Checklist

• Inventory all buildings in your portfolio against current and proposed BPS jurisdictions to quantify compliance exposure
• Establish automated utility data collection for all covered buildings, eliminating manual data entry processes
• Conduct baseline energy benchmarking using ENERGY STAR Portfolio Manager or equivalent tools to identify non-compliant properties
• Develop building-level retrofit roadmaps prioritized by penalty exposure, retrofit cost-effectiveness, and tenant impact
• Evaluate compliance software platforms based on jurisdictional coverage, utility integration breadth, and retrofit planning capabilities
• Engage qualified energy auditors to validate retrofit savings projections before committing capital expenditure
• Establish internal governance processes for annual compliance filing, including data quality assurance and executive sign-off
• Monitor proposed BPS legislation in jurisdictions where your portfolio operates to anticipate future compliance requirements

FAQ

Q: How do building performance standards differ from building energy codes? A: Building energy codes apply to new construction and major renovations, setting minimum efficiency requirements at the time of permitting. BPS apply retroactively to existing buildings, requiring them to improve performance over time. This distinction is critical because existing buildings account for approximately 99% of the building stock and cannot be addressed through codes alone.

Q: What are the typical penalties for BPS non-compliance? A: Penalties vary significantly by jurisdiction. New York City's Local Law 97 imposes $268 per metric ton of CO2 equivalent above the limit. Washington, D.C.'s BEPS can result in fines of up to 7.5% of assessed property value for persistent non-compliance. Some jurisdictions use alternative enforcement mechanisms including public disclosure of non-compliant buildings, restrictions on lease renewals, or mandatory retrofit requirements.

Q: How much does BPS compliance typically cost per building? A: Costs range widely based on building age, current performance, and target thresholds. Low-cost operational improvements (scheduling optimization, controls upgrades, LED retrofits) typically cost $1 to $5 per square foot and achieve 10 to 20% energy reduction. Deep energy retrofits involving HVAC replacement, envelope improvements, and electrification can cost $15 to $50 per square foot but achieve 30 to 50% reductions. The Institute for Market Transformation estimates average compliance costs of $7 to $15 per square foot across the covered building stock.

Q: Can renewable energy purchases satisfy BPS requirements? A: This depends on the specific jurisdiction. Some BPS measure site energy consumption (making renewable energy credits insufficient), while others measure carbon emissions (allowing certain renewable energy procurement to count). New York City's Local Law 97 allows deductions for on-site renewable generation and certain qualifying purchased renewable energy, but the rules are complex and evolving. Building owners should verify the specific allowances in their applicable jurisdiction.

Q: What role does tenant behavior play in BPS compliance? A: Tenant energy consumption is typically included in whole-building performance calculations, creating split incentive challenges where building owners bear compliance obligations but tenants control energy use. Progressive jurisdictions are addressing this through green lease requirements, tenant sub-metering mandates, and shared compliance responsibilities. Building owners should incorporate energy performance provisions into lease agreements and provide tenants with consumption data and efficiency guidance.

Sources

• Urban Green Council. (2025). Local Law 97: Compliance Landscape and Penalty Projections for New York City Buildings. New York: Urban Green Council.
• Institute for Market Transformation. (2025). Building Performance Standards: National Adoption Tracker and Compliance Cost Analysis. Washington, DC: IMT.
• Verdantix. (2025). Green Quadrant: ESG and Sustainability Software for Real Estate 2025. London: Verdantix.
• U.S. Department of Energy. (2025). Building Performance Standards: A Framework for State and Local Governments. Washington, DC: DOE Building Technologies Office.
• European Commission. (2024). Energy Performance of Buildings Directive (Recast): Final Text and Implementation Guidance. Brussels: European Commission.
• American Council for an Energy-Efficient Economy. (2025). State and Local Building Performance Standards: Progress Report and Best Practices. Washington, DC: ACEEE.
• Measurabl. (2025). Annual Impact Report: ESG Data Management in Commercial Real Estate. San Diego, CA: Measurabl Inc.