An extra year changes both commitment and repricing
Decision point12 months24 months
Next procurementEarlier renewal decisionLater renewal decision
Known price periodSpecified components for year oneSpecified components for two years
Site uncertaintyCheck one-year exit and move termsCheck longer exposure to site changes
Cost comparisonYear-two price is a scenarioUse the quoted two-year structure

Match the contract to the business horizon

A location with an uncertain lease renewal has a different commitment profile from a stable owned facility. Check whether a closure, move, sale or added meter can trigger charges or require assignment consent. Do not assume that a shorter agreement automatically has no exit exposure, or that a longer one can be freely transferred.

Identify who will manage the next renewal. The shorter term brings that task forward, including bill collection, offer review and notice requirements. A longer term can reduce how often the team procures, but the agreement still needs oversight when usage or account details change. Administrative convenience is useful only when it aligns with the expected operating period.

Compare equivalent start dates and pricing scope

Request both durations against the same meter data and delivery start. Forward prices for different months can vary, so multiplying the twelve-month offer by two does not establish the cost of buying two successive annual contracts. The second annual rate is unknown until it is contracted. Clearly separate a quoted two-year price from an assumed year-two annual price.

Examine recurring fees, renewable attributes, pass-throughs and volume tolerances for both terms. A lower unit rate with narrower tolerance or a different included scope may not be the better commercial fit. Review the actual current contract’s end and notice dates so a favorable-looking new term does not overlap an existing obligation.

Hypothetical two-year cost cases

Assume 100,000 kWh each year. An invented twelve-month offer at $0.09 costs $9,000 for year one. A hypothetical twenty-four-month offer at $0.095 costs $19,000 over both years. If the next annual offer later equals $0.11, two annual purchases total $20,000; if it equals $0.08, they total $17,000.

Those year-two numbers are scenarios, not predictions. Ignoring fees, the year-two annual rate that makes the alternatives equal is $0.10 per kWh: $9,000 plus $10,000 equals $19,000. This threshold makes the tradeoff visible without claiming to know the future rate. Adjust the quantities if the second year’s usage differs.

Make the duration decision reviewable

Record the two offers’ expiry times, included components and operational assumptions. Show the business owner both the longer commitment and the earlier-renewal exposure, with explicit high and low year-two scenarios. Where budget continuity matters, explain exactly which components receive that continuity and which can still change.

Choose the term that fits documented operating plans and approved risk tolerance after reviewing the agreement. There is no source-backed basis here to promise that twelve or twenty-four months will save a fixed percentage. A clear decision file is more useful than a calendar rule claiming a particular term always wins.

Questions & answers

Can I compare only the headline cents per kWh?

Include fees, component scope, usage tolerance, dates and exit terms. The lower headline rate may describe a different commitment.

Sources & scope

Primary references reviewed October 15, 2026. These sources support the stated concepts; actual tariffs, program rules and signed agreements govern the account. Decision examples and operational worksheets are original educational analysis.