Commercial Energy Broker
In deregulated electricity markets, businesses are free to choose which retail electric provider supplies their energy. A commercial energy broker exists to create competition among those providers on behalf of a business. Rather than approaching suppliers one at a time and negotiating in isolation, a broker solicits competing offers from multiple providers simultaneously — creating a competitive dynamic that tends to produce more favorable pricing than any single-provider negotiation.
What a Commercial Energy Broker Does
The central role of a broker is to create a competitive marketplace around a single business’s electricity account. The broker acts as an intermediary with established relationships across the supplier landscape — enabling a level of market access and competitive pressure that most businesses cannot replicate on their own.
Competitive Solicitation
Brokers maintain relationships with many retail electric providers. When a business needs a new electricity contract, the broker can solicit offers from across the market simultaneously. Suppliers understand they are competing against other offers, which changes the pricing dynamic in the buyer’s favor.
Load Data & Market Knowledge
Brokers understand how to present a business’s load profile to suppliers in a way that positions the account favorably. Factors like load factor, consumption consistency, and peak demand patterns all influence how suppliers price risk — and therefore what rate they offer.
Rate Structure Guidance
Commercial electricity is not one-size-fits-all. Fixed rates, indexed pricing, block & index structures, time-of-use plans, and heat-rate-linked products each serve different business needs. A broker can explain which structures tend to work well for different operational profiles and risk tolerances.
Contract Lifecycle Management
Electricity contracts expire. When they do, businesses that miss their renewal window often roll onto expensive month-to-month holdover rates. Brokers track contract timelines and re-engage the competitive market ahead of expiration.
Why Brokered Rates Tend to Be Lower
The economics of the broker model often surprise businesses that assume “cutting out the middleman” would save money. In practice, the opposite tends to be true in commercial electricity markets.
Two dynamics drive the pricing advantage:
Competitive Pressure
When a supplier knows their offer will be compared side-by-side against many competitors, they price differently than when they’re the only option a business is evaluating. The mere existence of competition changes behavior.
Lower Acquisition Cost
Suppliers spend significant money acquiring customers directly — advertising, sales teams, lead generation. A broker delivers the customer at a fraction of that cost. The savings flow into tighter pricing.
How Broker Compensation Works
Most commercial energy brokers in deregulated markets operate on a supplier-funded model. The business does not pay the broker directly. Instead, the winning supplier includes a small per-kWh fee (commonly called a “mil”) in the rate they offer. This fee is the broker’s compensation.
This model persists because it is economically rational for all parties:
For the Supplier
The broker mil is cheaper than the supplier’s own customer acquisition costs. Broker-introduced accounts arrive with clean data, verified decision-makers, and clear timelines — reducing the sales cycle and operational overhead.
For the Business
The all-in rate (including the broker’s compensation) is typically lower than what the same supplier would quote directly. The competitive solicitation process creates downward pricing pressure that more than offsets the mil.
The mil varies by account size — larger accounts with higher volume tend to have smaller per-kWh broker compensation, while smaller accounts carry a slightly higher mil relative to their usage. In all cases, the broker’s fee is embedded in the rate and not billed separately.
Rate Structures in Commercial Electricity
Businesses in deregulated markets can access a variety of rate structures beyond simple fixed-price plans. The right structure depends on factors like operational flexibility, budget certainty needs, risk tolerance, and consumption patterns.
Fixed Rate
A locked cents-per-kWh rate for a set contract term. The supplier assumes market risk and prices accordingly. Provides predictable energy costs regardless of wholesale market fluctuations.
Block & Index
A hybrid structure that fixes a rate on a predetermined portion of expected consumption and settles the remainder at wholesale market prices. Blends budget certainty on the base with market exposure on the margin.
Index / Real-Time
Pricing tied directly to wholesale market conditions. No risk premium embedded in the rate — you pay closer to the actual cost of generation. Can be favorable over time but carries exposure to price volatility during periods of high demand.
Time-of-Use
Different rates for peak and off-peak periods. Rewards businesses that can concentrate consumption during lower-cost hours. Off-peak rates are meaningfully cheaper, but peak-hour pricing is correspondingly higher.
Heat Rate
The electricity rate is indexed to natural gas prices through a multiplier. Follows the trajectory of natural gas markets rather than electricity spot prices. Relevant for businesses that already carry gas exposure or prefer that index as a cost driver.
Interruptible / Demand Response
A rate discount in exchange for agreeing to reduce consumption during grid stress events. Suited to operations with backup generation or the flexibility to temporarily curtail load. Some programs also offer direct payments for committed curtailment capacity.
What Makes an Account Attractive to Suppliers
Not all commercial accounts receive the same level of competitive pricing. Suppliers evaluate risk when building rate offers, and certain account characteristics tend to produce tighter, more aggressive quotes.
| Factor | Why It Matters |
|---|---|
| High Load Factor | Consistent consumption with modest peaks is cheaper to serve. Suppliers build less risk premium into rates for accounts that use power steadily rather than in unpredictable spikes. |
| Volume | Higher consumption spreads fixed costs over more kilowatt-hours. Larger accounts have more negotiating leverage and access to pricing tiers unavailable to smaller users. |
| Clean Interval Data | When a supplier can see your exact load shape, they can price precisely. Without interval data, they add a risk buffer to cover uncertainty — which means a higher rate. |
| Predictable Operations | Businesses with stable operating schedules and minimal seasonal variance present less risk. Suppliers can hedge these accounts more efficiently, which shows up as tighter pricing. |
| Longer Contract Terms | Suppliers value revenue certainty. Committing to a longer term often unlocks better per-kWh pricing because the supplier can spread their acquisition and hedging costs over more months. |
| Creditworthiness | Commercial electricity is delivered on credit. Suppliers evaluate credit risk and may offer more favorable terms to financially stable businesses or those willing to provide a deposit. |
The Role of Interval Data
In commercial electricity, interval data is the foundation of accurate pricing. Every commercial smart meter records consumption in 15-minute increments — producing thousands of data points per month that reveal your exact load shape, demand peaks, and usage patterns.
This data matters because suppliers don’t price commercial accounts based on total monthly kWh alone. They evaluate when you use power, how much your usage varies, and how predictable your peaks are. A flat, consistent load is cheap to serve and hedge. A volatile, peaky load is expensive. The interval data tells that story.
For larger accounts, interval data analysis can also reveal operational insights — unexpected demand peaks that are driving up demand charges, load factor degradation over time, or consumption patterns that might be better served by a different rate structure.
Where Energy Brokerage Applies
Commercial energy brokerage operates in deregulated electricity markets — states where the supply (generation) of electricity is separated from delivery, allowing businesses to choose their retail electric provider. In regulated states, there is only one supply option and nothing to competitively procure.
Texas is the largest and most active commercial energy brokerage market in the U.S. due to its fully competitive wholesale structure (ERCOT), large number of licensed retail electric providers, energy-only market design, and the absence of a capacity market. These characteristics create strong competitive dynamics that make the brokerage model particularly effective.
Frequently Asked Questions
What is a commercial energy broker?
A commercial energy broker is a licensed intermediary that helps businesses navigate deregulated electricity markets. Brokers have relationships with multiple retail electric providers and can solicit competitive offers on behalf of a business, creating a marketplace dynamic that tends to produce more favorable pricing than approaching a single supplier directly.
How are commercial energy brokers compensated?
Most commercial energy brokers operate on a supplier-funded model. The retail electric provider pays the broker a small per-kWh fee (often called a “mil”) that is built into the rate they quote. The business typically does not pay the broker separately. This model exists because brokers reduce the supplier’s customer acquisition costs by delivering vetted, qualified accounts with clean load data.
Why would a business use a broker instead of going directly to a provider?
The core advantage is competitive leverage. When multiple suppliers know they are bidding against each other for the same account, the pricing dynamic changes. A broker creates this competition by soliciting offers from many providers simultaneously, whereas a business approaching one provider at a time has no way to apply that same competitive pressure.
What is a reverse auction in electricity procurement?
A reverse auction is a competitive bidding structure where multiple sellers compete to offer the lowest price to a buyer. In commercial electricity, this means a broker submits a business’s load profile to multiple retail electric providers and collects competing offers. The competitive pressure among suppliers tends to drive pricing lower than what any individual negotiation would produce.
What is interval data and why does it matter?
Interval data is a record of your electricity consumption in small increments (typically 15-minute intervals) over time. It reveals your load shape — when you use power, how much it varies, and how predictable your peaks are. Suppliers use this data to build rate offers tailored to your specific usage pattern, which generally results in tighter pricing than quotes based on rough estimates or monthly totals alone.
What’s the difference between a broker and a consultant?
In practice, the terms are often used interchangeably in commercial energy. The general distinction is in compensation: a broker is typically paid by the supplier through a per-kWh mil built into the rate, while a consultant may charge the business a separate advisory fee. Both serve as intermediaries between businesses and electricity suppliers.
What states have deregulated electricity markets?
As of October 2026, seventeen states and Washington D.C. have fully or partially deregulated electricity markets where businesses can choose their retail electric provider: Texas, Pennsylvania, Ohio, Illinois, New York, New Jersey, Connecticut, Maryland, Massachusetts, Delaware, New Hampshire, Rhode Island, Maine, Michigan (partial), Virginia (partial), Oregon (limited), and Georgia (limited).
