Energy Rate Analysis Services
Professional rate comparison and analysis to identify hidden costs, optimize pricing structures, and secure competitive energy rates for your business
What is Energy Rate Analysis?
Comprehensive evaluation of your energy pricing structure to identify opportunities for cost savings and contract optimization
Energy rate analysis is a detailed examination of your current electricity and natural gas rates against available market options. Our experts break down every component of your energy bill to identify savings opportunities and ensure competitive pricing.
In deregulated energy markets, rates vary significantly between suppliers and change with market conditions. Without professional analysis, businesses often overpay due to complex rate structures, hidden fees, or unfavorable contract terms.
Why Rate Analysis Matters
- ✓ Rates vary by 20-40% between suppliers in the same market
- ✓ Complex billing structures can hide unnecessary charges
- ✓ Contract renewal timing significantly impacts pricing
- ✓ Market volatility creates opportunities for strategic procurement
- ✓ Usage patterns affect rate structure suitability
What We Analyze
We examine every component of your energy costs to identify savings opportunities
Commodity Rates
The base cost of electricity or natural gas per unit. We compare your current rates against market averages, historical trends, and competitor offerings to ensure competitive commodity pricing.
- Current rate vs market average
- Historical price comparison
- Supplier competitiveness
- Volume discount eligibility
Capacity Charges
Peak demand charges based on your highest usage periods. We analyze your load profile to reduce capacity charges through demand management and optimized rate structures.
- Peak demand patterns
- Capacity tag analysis
- Load factor evaluation
- Demand response opportunities
Transmission Costs
Charges for moving electricity across the grid or natural gas through pipelines. We evaluate transmission and distribution fees for accuracy and flag any discrepancies or overcharges.
- T&D fee verification
- Rate class accuracy
- Grid connection charges
- Line loss factors
Ancillary Fees
Additional charges including rider fees, regulatory costs, and administrative fees. We scrutinize every line item to catch unnecessary charges and ensure proper fee application.
- Administrative charges review
- Regulatory fee audit
- Rider applicability
- Penalty charge analysis
Energy Rate Structures
Different rate structures work better for different businesses - we help you find the right fit
Common Rate Structures
Block Pricing
Energy is priced in tiers or "blocks" by usage volume - for example, 0-1,000 kWh at one rate, 1,001-5,000 kWh at another. Best for: Businesses with predictable, moderate usage patterns.
Time-of-Use (TOU) Rates
Rates vary by time of day, day of week, or season - on-peak hours cost more, off-peak less. Best for: Businesses that can shift energy-intensive operations to off-peak hours.
Demand Charges
Charges based on your peak demand (highest 15-minute or 30-minute usage interval) during the billing period - often 30-70% of commercial bills. Best for: Facilities that can manage and reduce peak demand spikes.
Pass-Through Pricing
You pay the actual wholesale market price plus a fixed margin, fluctuating with market conditions. Best for: Sophisticated energy buyers with market knowledge and risk tolerance.
Index Pricing
Rates are tied to a published market index (like NYMEX or regional pricing hub) plus an adder. Best for: Businesses wanting market exposure with some price certainty on the markup component.
All-In Fixed Rate
A single flat rate per unit that includes all charges - the simplest structure, with complete price certainty. Best for: Businesses prioritizing budget predictability over potential market savings.
Fixed vs Variable Rates
Understanding the key differences to make the right choice for your business
Fixed Rate Contracts
How It Works
You lock in a rate for the contract term (typically 12-36 months), staying constant regardless of market fluctuations.
Advantages
- ✓ Budget certainty and predictability
- ✓ Protection from price spikes
- ✓ Easier financial planning
- ✓ No monthly rate fluctuations
Disadvantages
- × Can't benefit from market decreases
- × Early termination fees apply
- × May pay premium during low markets
Best For:
Risk-averse, budget-focused businesses requiring price certainty for financial planning.
Variable Rate Contracts
How It Works
Your rate fluctuates monthly with wholesale market prices, regulatory changes, or other factors in your contract terms.
Advantages
- ✓ Benefit from market decreases
- ✓ More flexibility, shorter terms
- ✓ Lower rates in favorable markets
- ✓ Can switch more easily
Disadvantages
- × Exposed to price volatility
- × Difficult to budget accurately
- × Can experience sudden rate spikes
Best For:
Market-savvy businesses with flexible budgets, comfort with risk, or short-term energy needs.
Hybrid Strategies
Many businesses benefit from a blended approach - fixing a portion of their load at favorable rates while leaving some exposure to market pricing. We develop a customized strategy that balances risk and opportunity around your business needs, market conditions, and risk tolerance.
Rate Analysis Process
Our comprehensive four-step approach to identifying your optimal energy rates
Data Collection
We gather 12-24 months of energy bills, usage data, contract terms, and facility information - including electricity and natural gas invoices, interval meter data if available, and your current supplier agreements.
Comprehensive Analysis
Our energy analysts examine every rate component, compare against market benchmarks, identify billing errors, evaluate usage patterns, and assess your rate structure against alternatives - building a complete picture of your energy costs.
Market Comparison
We solicit competitive quotes from multiple suppliers in your market, compare rate structures and terms, analyze contract flexibility and risks, and evaluate supplier reliability and service records to find the best options.
Report & Recommendations
You receive a detailed report showing current costs vs market opportunities, recommended rate structures and suppliers, projected savings, contract term guidance, and risk assessment - clear, actionable recommendations tailored to your business.
What's Included in Your Rate Analysis
✓ Bill Audit
Complete review of current charges and fees
✓ Usage Analysis
Load profile and consumption patterns
✓ Market Intelligence
Current rates and pricing trends
✓ Supplier Comparison
Multiple competitive quotes
✓ Savings Projection
Detailed cost reduction estimates
✓ Strategy Recommendations
Customized procurement approach
Anatomy of a commercial energy bill
Almost every conversation about energy cost starts with a single number — a blended rate, total dollars over total kilowatt-hours. It is a fine tracking metric and a poor basis for a decision, because it merges charges set by four different parties under four different sets of rules. Rate analysis pulls them apart, and the reason it comes first is that until it has been done, nobody knows which of the available services would even help.
| Component | Who sets it | How it changes |
|---|---|---|
| Energy / supply | Competitive supplier, or utility default | Procurement and contract terms. |
| Capacity | Grid operator auction (PJM, ISO-NE, NYISO) | Fixed or passed through by contract; reduced by coincident-peak management. |
| Transmission | Grid operator and FERC | Driven by peak demand intervals — four in ERCOT, one in most PJM zones. |
| Distribution / delivery | Utility, approved by the state commission | Not competitive, but the rate class is often wrong — see utility tariff optimization. |
| Demand charges | Utility tariff | Set by your highest 15- or 30-minute interval, sometimes ratcheted for a year afterwards. |
| Riders and surcharges | Regulator | Frequently applied to facilities that no longer qualify — a bill audit finding. |
| Taxes | State and local | Manufacturing and nonprofit exemptions are commonly unclaimed for years. |
What the decomposition usually reveals
Three findings recur often enough to be worth naming. The first is that the competitive slice is smaller than the client assumed — commonly 45% to 55% of an electricity bill, occasionally under 40% in high-delivery territories — which immediately caps what any procurement exercise can deliver and redirects attention to the other 50%.
The second is rate class error. Utility tariffs assign facilities to classes by demand, voltage and usage pattern, and a business whose operations changed three years ago is frequently still on the class it qualified for before. Correcting it costs nothing, requires no contract, and produces savings on the delivery portion that procurement cannot touch. This is the most common finding on multifamily, office and retail accounts.
The third is demand charge concentration. For most manufacturing, cold storage and metals accounts, demand and capacity charges are a larger line than energy, and they are set by a handful of intervals per year. That makes them the highest-leverage part of the bill and the part least affected by shopping the rate — which is the argument for demand response programs and energy efficiency consulting being priced against the same baseline.
Comparing quotes that were built to be incomparable
Once the baseline exists, supplier quotes become comparable — and the differences between them are rarely where a buyer looks first. Two quotes at the same headline rate can differ on which charges are inside the price, what usage bandwidth applies, how a material change clause is written, what the term start date is, and what happens at expiry. Normalizing for all of that is ordinary work and it routinely reorders the ranking, which is why the lowest quoted number is the wrong thing to accept on sight. Supplier vetting adds the dimension the paperwork does not show: a supplier whose invoices need correcting every month costs real administrative money that never appears in the rate.
Rate structures differ by market
Delivery charges, rate classes and rider structures are set territory by territory, so a portfolio spanning Texas, Illinois and Massachusetts is being billed under three unrelated rulebooks. Texas separates the TDU charge cleanly from supply, which makes comparison easier there than almost anywhere else. PJM states — Pennsylvania, Ohio, New Jersey, Maryland — carry a separate capacity component whose treatment differs by contract. New England (Connecticut, Rhode Island, New Hampshire, Maine) has the country's highest delivery costs, which shrinks the competitive slice and raises the relative value of tariff work. In municipal territories such as Austin and San Antonio there is no competitive slice at all, and rate analysis is the entire engagement rather than the opening step. The market list covers each territory, and a free assessment is the fastest way to get your own numbers into this form.
Energy rate analysis: common questions
What is a commercial energy rate analysis?
A commercial energy rate analysis decomposes what you actually pay per kilowatt-hour or therm into its separate components — supply, delivery, capacity, transmission, taxes and riders — and benchmarks the competitive portion against current market. Its purpose is to identify which part of the bill can be changed and by what mechanism, because different components respond to procurement, to tariff changes, to demand management, or to nothing at all.
What is a blended rate and why is it misleading?
A blended rate is total dollars divided by total kilowatt-hours. It is useful as a single tracking number and misleading as a comparison, because it mixes the competitive supply charge with delivery charges no supplier controls. Two facilities with identical supply contracts in different utility territories will show very different blended rates, and a supplier quoting against your blended rate is comparing their supply-only price to your all-in cost.
What portion of a commercial energy bill is actually competitive?
Typically 40% to 60% of the electricity bill in a deregulated market, with the rest set by the utility and regulator. The proportion varies widely by territory: in high-delivery-cost regions the competitive slice can fall below 40%, which caps what procurement alone can achieve and moves the real opportunity to rate class, demand charges and consumption.
Do I need a rate analysis if I already have quotes?
Yes, and ideally before them. Quotes tell you what suppliers will charge for the supply component; they say nothing about whether you are on the correct rate class, whether a demand ratchet is inflating your billing demand, or whether a rider still applies to a facility that no longer qualifies for it. Those findings are frequently larger than the spread between the best and worst quote, and none of them require changing supplier.
How long does a rate analysis take and what do you need?
Two to five business days for a single site, given twelve months of bills and, where available, interval data. For portfolios it depends on how quickly account numbers and utility data can be assembled, which is usually the longest part. The deliverable is a written breakdown of current cost by component, the specific items that are changeable, and what each is worth.
Related to rate analysis
Rate analysis is the diagnostic. Which service it points to depends entirely on what the decomposition shows.
What the analysis points to
- utility tariff optimization Rate-class and rider changes that cut delivery cost without switching suppliers.
- utility bill auditing Historical bill review that recovers overcharges and stops them recurring.
- peak load management Coincident-peak avoidance that lowers capacity and demand charges for a full year.
- commercial electricity procurement Competitive electricity bids from vetted suppliers across every deregulated market.
- energy contract negotiation The clause-level work — bandwidth, pass-through, termination — that decides what a rate actually costs.
If the competitive slice is small
- demand response programs Grid payments for curtailable load in ERCOT, PJM, NYISO and ISO-NE.
- energy efficiency consulting Load reduction projects ranked by payback, with utility incentives captured.
- energy cost allocation Splitting a shared meter or a multi-site portfolio into accurate per-tenant, per-site cost.
- energy budget forecasting Defensible annual energy budgets built from load shape, contract terms and forward curves.
- commercial energy strategy The procurement, risk and efficiency plan that everything else executes against.
Understand the market first
- energy market intelligence Forward curve, basis and regulatory movement read for buying-decision timing.
- deregulated energy markets we serve Every state, utility territory and metro we buy in.
- commercial energy broker What a commercial energy broker does, how brokers are paid, and when to use one.
- how to choose an energy broker The eleven questions that separate a real advisor from a rate reseller.
- free commercial energy assessment Send recent invoices and get a written savings analysis back within 24 hours.
Get Your Free Energy Rate Analysis
Our expert analysts review your current rates and identify opportunities to reduce energy costs. Most clients save 20-30% on their energy bills.