FAILURE MODE 01
Capacity exposure mispriced internally
Most companies budget for the kWh line; few budget for capacity. When PJM, NYISO, or ISO-NE capacity prices spike, the bill grows and no one's analysis explains why.
Solution 04
Load Management.
The other half of the bill.
Procurement determines what you pay per kWh. Load management determines what you pay for being on the grid — capacity, ancillaries, transmission, demand charges. On most commercial and industrial bills, that's the half growing fastest. Pilot designs the strategy and runs the operations; partners execute where assets are involved.
Why it matters
You manage what you buy.
You forget what you owe for showing up.
The energy line on your bill has two halves. The first is what you paid per kWh — that's procurement. The second is what you paid for the moment those kWh hit the meter — capacity charges set by peak hours, demand charges set by 15-minute spikes, ancillaries that scale with consumption. Procurement gets all the attention. The second half is where the bill grows fastest.
FAILURE MODE 02
Demand response revenue left on the table
DR programs pay flexible loads to be flexible. Most loads that qualify don't enroll, because nobody has scoped the operational tradeoff against the revenue.
FAILURE MODE 03
Peak hours run without intervention
The 4-5 peak hours each summer determine your capacity tag for the next 12 months. Most operations don't know which hours those will be, and don't take action when they happen.
FAILURE MODE 04
BTM assets installed without strategy
Solar, batteries, and CHP get installed for cost or ESG reasons, then operated in ways that don't optimize against the wholesale market. The asset is on-site; the savings aren't.
What we do
A toolkit, not a one-size playbook.
Load management is rarely about deploying every available tool. It's about reading the load profile, the market structure, and the operational tolerance — then choosing the right intervention. Pilot's toolkit covers five.
01
Demand Response
Getting paid to be flexible.
DR programs pay loads to reduce consumption during grid stress events — sometimes a handful of hours per year, for meaningful revenue. Pilot scopes which programs the load qualifies for, models the operational impact of participation, and runs the enrollment and dispatch coordination.
- Program eligibility analysis across ISO/RTO and utility offerings
- Operational impact modeling vs revenue scenarios
- Enrollment, baseline establishment, and dispatch coordination
- Performance and payment verification
02
Capacity Tag Management
The 4-5 hours that set the next year's bill.
ICAP, 4CP, ICR — different acronyms for the same idea: your load during a small number of peak hours determines your capacity charge for the next 12 months. Pilot forecasts the peak windows, coordinates load reduction during the moments that count, and verifies the resulting tag against the next year's billing.
- Peak hour forecasting (PJM 5CP, NYISO ICAP, ISO-NE ICR, ERCOT 4CP)
- Real-time peak alerts and coordination with operations
- Post-event tag verification and reconciliation
- Year-over-year capacity exposure analysis
03
Behind-the-Meter Generation
Solar, fuel cells, gas — advisory, not installation.
When BTM generation makes sense, the question becomes: which technology, what size, what financing structure, and how does it dispatch against the wholesale market. Pilot runs the strategy and economics. Vetted partners handle the install and the O&M.
- Technology fit and sizing analysis (solar, fuel cell, reciprocating gas)
- Financing structure evaluation (CapEx, PPA, lease)
- Wholesale market dispatch strategy and integration
- Vetted-partner sourcing for installation and O&M
04
Battery Storage
Where the value stack actually pays.
Storage economics depend on stacking multiple value streams: demand charge reduction, capacity tag avoidance, DR program revenue, energy arbitrage where allowed. Pilot models the stack against the specific site and market, then designs the dispatch logic. Partners handle the hardware.
- Multi-value-stream economics modeling per site
- Sizing optimization (kW vs kWh) against load profile
- Dispatch logic design and integration
- Vetted-partner sourcing for procurement, installation, and software
05
Combined Heat & Power
When the thermal load justifies the gas turbine.
CHP only pays where the thermal load is large, continuous, and predictable — typically food processing, hospitals, large campuses. When it fits, the economics can be exceptional. Pilot evaluates the fit, structures the project, and brings in qualified partners to deliver. Sometimes the answer is "don't build it."
- Thermal and electric load profile analysis
- Project economics with fuel hedge integration
- Vetted-partner sourcing for EPC and O&M
- Coordinated operations with procurement and DR strategy
Engagement fit
How load management gets run.
Turnkey Energy Management
Pilot runs load management as part of the full energy function. Capacity exposure tracked continuously. DR enrollment scoped at engagement design. BTM and storage opportunities evaluated as part of the portfolio review. Operations team gets coordinated, not consulted.
More on Turnkey →Co-Managed Energy Advisory
Pilot owns capacity management and DR strategy as a defined scope. Common pattern: client retains procurement; Pilot runs demand-side. Or: client retains everything and Pilot parachutes in for a specific BTM or storage evaluation.
More on Co-Managed Advisory →Rarely the anchor solution: Load management pairs naturally with procurement (one half of the bill, the other) and with invoice verification (audit + load strategy = full demand-side control). Standalone DR or capacity tag engagements available; full BTM/storage advisory typically runs inside a broader engagement.
What you get
What lands in your inbox.
Every load management engagement produces the same structural artifacts. Specifics depend on which interventions the load profile and market structure justify.
-
01
Load profile analysis
Interval data review per site. Peak hour patterns identified. Capacity tag exposure quantified. Operational flexibility mapped against revenue opportunities.
-
02
Intervention strategy
Recommendation across DR, capacity management, BTM, storage, and CHP — with rationale, projected economics, and the operational tradeoffs documented.
-
03
Peak event alerts & coordination
For capacity tag management: real-time forecasts of probable peak hours, coordinated load-reduction calls with your operations team, post-event verification.
-
04
DR enrollment & performance management
Program enrollment, baseline establishment, dispatch coordination, performance verification, payment reconciliation. Done by Pilot.
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05
Asset advisory packages
For BTM, storage, or CHP evaluations: technology and sizing analysis, multi-value-stream economics, partner shortlist, integration design. Decision-ready.
-
06
Capacity exposure tracking in PowerUp
Year-round capacity tag visibility. Peak hour history. ISO-RTO-specific exposure metrics. The same view your finance team gets.
Related solutions
What goes with this.
Load management is most often bundled. Procurement controls what you pay per kWh; load management controls what you pay to be on the grid. The two together are the full picture.
Solution 01
Procurement & Risk Management
The supply-side half of the bill. Capacity passthrough negotiation in procurement is where load management strategy and contract structure converge.
Procurement →Solution 02
Direct Access
For energy-intensive loads, direct access reshapes the load-management calculus. Capacity exposure and ancillary structure work differently — usually more favorably — when you're sourcing wholesale.
Direct access →Solution 03
Utility Invoice Verification
Capacity, ancillary, and demand charges are the most-mis-billed lines on most invoices. Audit them; manage them; control them.
Invoice verification →Solution 05
Decarbonization
BTM solar and storage cross both pages. Decarbonization frames the why; load management frames the operational and economic how.
Decarbonization →Talk to Pilot
Want a capacity exposure read?
30 minutes. We'll size the opportunity.
A 30-minute call with one of our energy advocates. Tell us your ISO, your peak demand, and your operational flexibility. We'll tell you what a load management program would likely look like — and whether it's worth the operational change.
Already a client?
support@pilotenergy.com