Cost & billing.
Demand charges, tariffs, billing errors, rate options and utility programs: the line items that decide what a building actually pays.
Utility invoice processing without purchase orders: a matching model that works
Utility invoice processing breaks the PO match. A utility-specific model checks each invoice against meter reads, tariff and site master, with tolerances and exception classes.
Automated utility invoice validation: what it checks, and how it works
Automated utility invoice validation runs a fixed set of checks on every bill before payment: arithmetic, tariff, meter reads, periods, duplicates, demand. What each one catches.
Demand ratchet clauses: how one peak inflates a year of bills
A ratchet clause sets your billed demand from a past peak, so one bad spike can raise your charges for months. Here is how ratchets work and how to spot one.
Unbundled vs bundled utility rates: what each model hides
Bundled rates fold every cost into one number. Unbundled rates split them apart. Each choice changes what you can see, verify, and manage on a utility bill.
Load factor: how the shape of your demand drives cost
Load factor measures how evenly a facility uses power, and it quietly sets your effective price per kilowatt-hour. Here is how to read it and why it matters.
Coincident peak and capacity charges explained
Capacity and coincident peak charges are set by your demand during a few grid peak hours, then billed all year. Here is how they work and why they surprise finance teams.
Automating utility bill tracking across a portfolio
The real cost of tracking utility bills for many buildings in spreadsheets, and how automated capture, validation, and error detection change the economics.
Measurement and verification data for retrofit programs
The utility and meter data pipeline behind M&V and retrofit savings programs: baselines, ongoing reads, and the normalization inputs savings math depends on.
Automating utility invoice AP: from hundreds of bills to a clean invoice-to-pay flow
The finance-ops case for utility AP automation: GL coding, cost allocation, approval workflows, catching errors before payment, and accruals, all built on structured bill data.
Standby charges explained: what utilities bill facilities with on-site generation
Standby, backup, and supplemental charges hit facilities with solar, CHP, or gensets. What they pay for, how reservation demand is calculated, and how to audit them.
EV fleet charging and demand charges: why depot bills spike and how to flatten them
Simultaneous fleet charging drives peak demand and triggers demand charges. How managed charging, load staggering, and interval data keep depot electricity costs in check.
Commercial solar and your electricity bill: net metering, net billing, and demand charges
How on-site solar actually changes a commercial electricity bill: net metering vs net billing, banked credits and annual true-up, and why demand charges usually stay.
Utility cost allocation and chargebacks that hold up
Splitting a master-metered utility bill across tenants or cost centers only works if the method is defensible. Here is how allocation, RUBS, and submetering compare, and what data each needs.
How to read a commercial electricity bill line by line
A commercial electricity bill is three bills in one: supply, delivery, and demand. This walkthrough explains every charge, where errors hide, and what each line really measures.
Utility budgeting and forecasting from bill data
A defensible energy budget starts with clean bill history, not a percentage bump. Here is how to build accruals, forecast spend, and explain variance from the data you already have.
Energy procurement strategies for commercial buyers
Fixed, index, and block and index pricing each move risk to a different place. Here is how commercial buyers match a procurement structure to their budget and their load.
Electricity delivery and regulatory charges explained
The non-commodity side of your power bill: distribution, transmission, regulatory riders, and fixed versus volumetric delivery, plus why delivery can now exceed the energy charge itself.
How to reduce natural gas costs in commercial buildings
A practical playbook for lowering commercial gas spend: review how you buy gas, cut heating load with setpoints and controls, tune the plant, and track it so the savings hold.
Finding water and sewer overcharges on commercial bills
Sewer is often the larger half of a commercial water bill, and it is billed on water that may never reach the sewer. Here is where the overcharges hide.
Utility bill management for multifamily portfolios
RUBS, submetering, and tenant billing decide how much of a rising utility bill an owner recovers. Here is how to manage the data behind cost recovery.
Meter-to-cash: reducing utility billing errors at the source
Most utility billing errors start upstream, in the reads and data feeding the bill. Here is how the meter-to-cash cycle works and where to catch problems early.
How to audit commercial utility bills: a repeatable process
A step-by-step commercial utility bill audit process: what to check, where errors hide, and how to catch overcharges across a portfolio every month.
How to reduce peak demand charges: a practical playbook
Demand charges can be half of a commercial power bill. Here is how to find your peaks, cut them with load management and peak shaving, and hold the gains.
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.
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.
Utility bill errors: why most organizations overpay, and where to look
Independent audits keep finding the same thing: most commercial and industrial accounts are billed incorrectly. Here is where the mistakes hide, why they survive for years, and how to catch them across a portfolio.
Mapping Canada's grid, one layer at a time
Behind the Canada Grid Atlas: how we combined power-plant, transmission, substation and live-price data into one fast, explorable map of the country's electricity system.
33 articles in Cost & billing