Skip to content

Energy Cost Percent of Revenue Benchmark

Select a facility type, enter annual revenue and total electricity spend from twelve months of bills, and see your energy share of revenue against a rough industry band. Cultivation usually lands highest because lighting and HVAC run all year. Dispensaries land lowest because product cost dominates revenue. The tool also shows what a 10 percent reduction in energy spend would add to operating margin.

By Jason Taken, Founder, Jaken Energy

Updated September 12, 2026

Energy cost as a share of revenue

Your energy share of revenue
15.0%
That is inside the typical range of 15 to 30% for indoor cultivation.
Typical range
15 to 30%
Energy is usually the second- or third-largest operating cost after labor.
A 10% energy reduction is worth
$60,000 per year
Straight to operating margin.

Ranges are rough and drawn from industry surveys and operator disclosures cited on this page. Cost structure varies with wholesale prices in your state, so a high share is a prompt to look closer, not a verdict.

What each input means

Facility type selects a revenue-percent band the tool holds for comparison:

Facility typeTypical range (% of revenue)Basis
Indoor cultivation15 to 30Energy at 20 to 40 percent of operating cost [neep-cannabis-codes] [utility-dive-2019], mapped to revenue for wholesale-focused operators
Greenhouse cultivation5 to 15Lower kWh per pound than indoor; sun displaces electric light [nwpcc-cannabis]
Extraction / processing3 to 8Process loads are real but revenue per kWh is higher than cultivation
Dispensary / retail1 to 3Product COGS dominates; utilities are a small retail expense

These are screening bands, not targets. No public company publishes a audited "energy percent of revenue" line for cannabis.

Annual revenue is gross sales for the license or site you are measuring. Use the same twelve-month window as your utility bills. For a cultivator selling wholesale only, use cultivation revenue. For vertical integration, use total company revenue only if all meters roll up to that entity.

Annual electricity spend is the sum of every utility bill for the site: supply, delivery, demand, riders, and taxes counted as energy charges. The Cannabis Business Times 2016 cultivator survey reported wide annual spend buckets, with 41 percent of growers spending 25,000 to 75,000 dollars and a quarter above 75,000 [cbt-soi-2016]. Your dollar total divided by revenue produces the ratio this tool compares to the band.

The math step by step

Energy share of revenue (%) = (annual electricity spend ÷ annual revenue) × 100

Assume an indoor cultivation site with 4,000,000 dollars in annual wholesale revenue and 600,000 dollars in electricity:

LineCalculationResult
Energy share(600,000 ÷ 4,000,000) × 10015.0%
Verdict vs. 15 to 30% band15.0 is at the low endinside range
Value of 10% energy reduction600,000 × 0.10$60,000 to margin

The "10 percent reduction" line is straight arithmetic on your entered spend. It does not model how you would achieve the cut.

A second scenario: same revenue, 1,000,000 dollars in electricity after a move to a high-rate state without a contract fix. Share is 25 percent, still inside the cultivation band but worth urgent review. MJBizDaily quoted consultants putting electricity at 300 to 500 dollars per pound in high-rate markets [mjbiz-manage-energy]; at 4,000 pounds per year that alone is 1.2 to 2.0 million dollars, which would push this example above 30 percent.

How to read the result

Inside the typical range means your ratio looks like what trade and efficiency sources imply for your facility type, given normal rate environments. You can still improve margin with supply shopping, LED retrofits, or demand management. The range is wide on purpose.

Above the typical range usually means one or more of: wholesale price compression, a high cents-per-kWh state [eia-epm-5-6-a], heavy indoor intensity [nwpcc-cannabis], or demand charges inflating the dollar total while kWh looks normal. Split the bill into kWh and kW before you blame the grow team. The facility type energy benchmark lookup tests quantity; this tool tests dollars against sales.

Below the typical range can mean strong pricing, greenhouse advantage, partial-year production, or revenue entered too high relative to the meters you summed. Confirm both inputs cover the same entity and period.

Revenue percent moves when wholesale prices move even if kWh is flat. MJBizDaily reported operators facing 8 to 12 percent electricity increases over sixteen months while managing compressed wholesale markets [mjbiz-energy-2026]. Track energy dollars per pound alongside percent of revenue so a revenue drop does not look like an efficiency win.

Revenue vs. COGS benchmarking

Operating-cost studies cite 20 to 40 percent for indoor energy [neep-cannabis-codes] [utility-dive-2019]. That is not the same as revenue percent. COGS benchmarks exclude SG&A and often exclude retail revenue from other licenses. Our energy costs as percent of COGS page walks the published table and worked COGS examples.

Use this tool for board-level questions ("what fraction of sales pays the utility?"). Use COGS math for production economics ("what fraction of a pound is electricity?").

Assumptions and limits

  • Electricity only. No gas, propane, or generator fuel.
  • One site, one revenue figure. Multi-site MSOs should run each meter separately.
  • Ranges are derived from surveys and consultant estimates, not audited filings.
  • No adjustment for wholesale price per pound or facility utilization.
  • The 10 percent savings line is illustrative, not a project ROI.

When the ratio is high, run cannabis facility energy cost calculator with your actual rate, then supplier contract comparison worksheet if you shop supply. When quantity looks high, read kWh per square foot benchmarks and consider an audit before capital spend.

Vertical integration changes the ratio

A cultivator selling wholesale only sees energy as a large share of revenue because product revenue is per pound, not per retail basket. Add retail stores under the same entity and the denominator grows faster than the numerator if stores share a treasury but not meters.

Run separate calculations per license when meters do not roll up. A cultivation site at 22 percent of cultivation revenue may be fine while the consolidated company shows 8 percent of total revenue.

MSOs should track energy dollars per pound at the grow and energy dollars per square foot at retail in parallel with this revenue ratio. The multi-state operator energy procurement strategy page describes portfolio reporting that keeps sites comparable.

Wholesale price compression and the ratio

Energy spend can stay flat while revenue falls. The ratio rises even though kWh did not change. That is not an efficiency failure; it is a margin signal.

Operators in compressed wholesale markets reported electricity rising 8 to 12 percent over sixteen months while managing lower flower prices [mjbiz-energy-2026]. The tool does not forecast revenue. Track both energy percent of revenue and energy cost per pound quarterly so you know which lever matters.

When revenue drops, procurement and demand work still help, but the ratio may stay elevated until pricing recovers. Use COGS benchmarks on energy costs as percent of COGS for production economics independent of retail mix.

Splitting price from quantity when you are above range

Above-range results deserve a two-column diagnosis:

SymptomLikely causeNext step
High kWh per sq ft, normal rateEquipment or scheduleFacility type benchmark lookup
Normal kWh per sq ft, high rateSupply or tariffState rate comparison
Normal kWh, normal rate, high demand $Peak kWDemand charge estimator
All metrics highNew build on defaultsBill review plus rate-class check

A facility can be efficient on kWh per square foot and still show a high revenue percent because wholesale prices collapsed. Do not assume equipment fault without splitting the bill.

Board and investor reporting

Finance committees often ask for energy as a percent of revenue because it scales with sales. Supplement with:

  • Trailing twelve-month utility dollars (absolute)
  • Energy cost per pound or per unit sold (cultivation)
  • kWh per square foot (operations)
  • Peak kW trend (demand risk)

The 10 percent reduction line in the tool is arithmetic on entered spend, not a goal. Present it as "each 10 percent cut in utility spend adds X dollars to margin at current revenue."

Illustrative case studies on this site model dollar impacts from tariff and contract changes without naming clients. See Illinois craft grower demand restructure for demand-side margin math.

Dispensary and extraction nuances

Dispensaries often land below 3 percent of revenue because product COGS dominates. A ratio above 3 percent on a single store may still be small in dollars. Check absolute spend and rate class before a deep audit.

Extraction labs with high throughput can show low revenue percent even with heavy chillers because revenue per batch is large. Compare to extraction-specific load guidance on extraction processing facility energy loads.

Greenhouse cultivation spans the indoor and outdoor survey summaries [nwpcc-cannabis]. Use the greenhouse row in the tool, not indoor, when sun carries most of the DLI.

Gas and other fuels

This tool is electricity only. CO2 enrichment from natural gas, diesel backup generators, and propane heat add cost not captured here. If gas is material, note it in board packs separately or run a manual ratio with total energy spend.

CO2 supplementation energy cost covers the electric vs. gas tradeoff for enrichment, not general heating loads.

Frequency: how often to rerun the ratio

Quarterly is enough for stable operations. Rerun monthly when wholesale prices swing, when you add meters, or when a new supply contract changes utility dollars without changing kWh.

Compare quarter over quarter using the same revenue definition. Switching from cultivation-only revenue to consolidated revenue mid-year breaks trend lines.

Export results to board decks with a footnote listing electricity-only scope and the facility type band used. Investors compare companies on different denominators; label yours explicitly.

Frequently asked questions

How is this different from energy as a percent of COGS?

COGS is cultivation-specific product cost. Revenue includes wholesale or retail sales across the whole license. A vertically integrated operator's energy share of revenue is lower than energy share of cultivation COGS because retail revenue dilutes the ratio. Use the COGS benchmark page when your accountant allocates utilities to production only.

Should I include natural gas and diesel?

This tool field is electricity only. Add gas bills separately if CO2 boilers or heaters matter. For a single headline ratio, use total utility spend and note the fuel mix in your records.

Why does the cultivation range top out at 30 percent?

Published operating-cost studies put electricity at 20 to 40 percent of operating cost for indoor grows [neep-cannabis-codes] [utility-dive-2019]. Translated to revenue, that commonly lands in the mid-teens to high twenties when wholesale prices and margins are typical. Above 30 percent usually means high rates, low revenue per pound, or both.

What if I am above range but kWh per square foot looks fine?

You likely overpay on rate class, demand, or supply contract, not on equipment efficiency. Run the state rate comparison and contract worksheet next.

About the author
Jaken Energy

Jason Taken founded Jaken Energy, the commercial energy procurement practice behind this site. He works with licensed cannabis operators in deregulated electricity markets to lower supply rates, manage demand charges, and evaluate efficiency upgrades.

Sources

Inline citations in this article, such as [neep-cannabis-codes], refer to the entries below. Links open the primary source in a new tab.

  1. [neep-cannabis-codes]Cannabis Energy Use and Building Energy CodesNortheast Energy Efficiency Partnerships. Accessed 2026-09-12.
  2. [utility-dive-2019]Marijuana prices have collapsed, forcing growers to focus on energy efficiencyUtility Dive. Accessed 2026-09-12.
  3. [mjbiz-manage-energy]How cannabis cultivators can manage their energy costsMJBizDaily. Accessed 2026-09-12.
  4. [mjbiz-energy-2026]How cannabis cultivators are responding to rising energy costsMJBizDaily. Accessed 2026-09-12.
  5. [nwpcc-cannabis]Electricity Consumption from Northwest Cannabis Production (survey analysis of 2017 Oregon and Washington licensed canopy)Northwest Power and Conservation Council. Accessed 2026-09-12.
  6. [cbt-soi-2016]State of the Industry Report (cultivator research conducted by Readex Research)Cannabis Business Times. Accessed 2026-09-12.
  7. [eia-epm-5-6-a]Electric Power Monthly, Table 5.6.A: Average Price of Electricity to Ultimate Customers by End-Use Sector, by State, June 2026 and June 2025U.S. Energy Information Administration. Accessed 2026-09-12.