Signals from the energy edge.
Notes on utility data, trustworthy systems, interoperability and the grid. How we think about the hard parts, and what we're building.
Carbon Pricing for Canadian Buildings in 2026: Fuel Charge, OBPS, and Costs
The consumer fuel charge is gone in 2026, but industrial carbon pricing remains. What that means for a building's gas bill and reporting.
EU CSRD and Buildings in 2026: Scope, ESRS E1, and the Omnibus Reset
Who is in CSRD scope after the Omnibus, the ESRS E1 climate rules for energy and Scope 1/2/3, and what building owners must prepare in 2026.
US Climate Disclosure in 2026: California SB 253, SB 261, and the SEC Rule
Who is covered by SB 253 and SB 261, the revenue thresholds, Scope 1/2/3 timing, CARB's status, and where the SEC climate rule now stands.
NYC Local Law 97: Emissions Caps, Fines, and the 2030 Tightening
Which NYC buildings are covered, the 2024 to 2029 versus 2030 carbon limits, the $268 per ton penalty, and the data owners must track.
Water and Wastewater Bills: The Utility Cost Most Teams Ignore
How commercial water and sewer are billed: volumetric plus fixed, sewer as a multiple of water, stormwater fees, leaks, and ESG reporting.
Natural Gas Bills Explained: How Commercial Gas Is Billed
Commercial gas bills in m3, GJ, therms, Mcf, and Dth, plus commodity vs delivery, fixed vs variable, and the Canadian carbon charge.
Demand Response: How Commercial and Industrial Facilities Get Paid to Reduce Load
How demand response works, capacity vs economic DR, IESO and PJM programs, enrolment, payments, and the data you need to participate.
Time-of-Use vs Tiered vs Flat Electricity Pricing: Which Costs More, and When
Compare Ontario RPP time-of-use, tiered, and ultra-low overnight prices, see when each plan wins, and use load shifting to cut costs.
Submetering and Tenant Billing: From Raw Meter Data to Allocatable Records
Submeters generate a flood of raw readings that are useless until they become clean, allocatable records. Here is how to turn meter and submeter data into defensible tenant billing and reporting, the common pitfalls, and the Ontario rules that shape it.
Getting Clean Utility Data Into ESG Platforms and BI Tools
ESG platforms and BI tools are only as good as the utility data behind them. Here is how to deliver structured records with consistent units and periods through APIs and exports, and how to avoid the spreadsheet trap that quietly breaks reporting.
Utility Data Quality: The Hidden Blocker in Energy and GHG Programs
Missing periods, estimated reads, unit mismatches, and broken meter mapping quietly undermine energy and emissions programs. Here is why data quality is the real bottleneck and how to build a validation layer that catches problems before they reach a report.
Green Button Connect My Data (CMD) for Energy Managers and Resellers
Connect My Data gives authorized third parties ongoing, automated access to a customer's utility data. Here is how CMD differs from Download My Data, how the authorization works, and what it enables for analysis and reporting at scale.
Which Buildings to Retrofit First: Using Portfolio Data to Prioritize Capital
When you own fifty buildings and can fund five projects a year, the hard question is not what to fix but where to start. Here is how to use EUI, cost intensity, benchmarks, and outlier analysis to rank a portfolio and spend capital where it returns the most.
Measurement and Verification with IPMVP: Did the Retrofit Actually Save Energy?
A retrofit that looks like a win on the invoice can be a mirage once weather and occupancy shift. IPMVP is the discipline that separates real savings from noise. Here are options A, B, C, and D, baselines, adjustments, and the avoided-energy idea at the centre of it all.
Weather Normalization: Why Year-Over-Year Energy Comparisons Mislead
A warm winter can hide a failing retrofit, and a cold one can erase a real gain. Here is how heating and cooling degree days work, how weather normalization is done, and when it matters for benchmarking and measurement and verification.
ENERGY STAR Portfolio Manager in Canada: A Practical Setup Guide
How to stand up ENERGY STAR Portfolio Manager the Canadian way: what the NRCan-adapted tool measures, which property types earn a 1-100 score here, and the meter and data steps that decide whether your benchmark is trustworthy.
RECs, Carbon Offsets, and Real Reductions: What Actually Counts
Renewable energy certificates, carbon offsets, and genuine on-site reductions are three different things that often get blurred into one climate claim. Here is how each works, how market-based and location-based accounting treat them, where the greenwashing risk sits, and why measured utility data is the anchor.
Canada's Climate Disclosure Landscape: CSDS, OSFI B-15, and What to Prepare Now
Canada now has its own climate disclosure standards (CSDS 1 and 2), a prudential regime for financial institutions (OSFI B-15), and a securities rule that is on pause. Here is how the pieces fit, who is affected when, and the groundwork every organization should lay now.
Applying the GHG Protocol to Buildings Using the Utility Data You Already Have
The GHG Protocol Corporate Standard reduces to one formula: activity data times emission factor. For buildings, most of that activity data is sitting in the utility bills you already receive. Here is how to turn them into Scope 1 and 2 numbers, including location-based versus market-based Scope 2.
Scope 3 Emissions for Building Portfolios: Where to Start
For most real-estate and institutional portfolios, Scope 3 is the largest and least understood part of the footprint. Here is what it covers, why tenant and purchased-goods emissions are so hard, and the data foundation you need before you report a number.
Utility Rate Optimization: Are You on the Wrong Tariff?
Time-of-use, tiered, or demand rates: how to tell if a facility is on the wrong rate class, when switching pays, and the data you need to model it.
Ontario Global Adjustment: Class A vs B and the ICI
How Ontario's Global Adjustment works, the difference between Class A and Class B, and how the Industrial Conservation Initiative rewards cutting peak demand.
Power Factor Penalties: Why kVA Is Costing You Money
Low power factor triggers surcharges once you drop below about 0.90. How kVA and kW differ, how correction works, and how to spot the penalty on your bill.
Demand Charges Explained: Why kW Peaks Drive Your Bill
Demand charges bill your peak kW, not your total kWh, and can be 30 to 70 percent of a commercial electric bill. How ratchets, intervals, and peak shaving work.
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