SERVICES

Four platforms.
One grid-level advantage.

VIPER models the grid. The Firming Cost Analyzer models the portfolio. Together, they answer every question between “should we build it?” and “where should we interconnect?”

PLATFORM 01

VIPER — Nodal Scenario Analysis

VIPER is a browser-based power system modeling platform built on a full production cost model of ERCOT at 187-county resolution. Add or remove generation, storage, or load at any bus — then see how LMPs, transmission flows, and constraint shadow prices respond in under 100 milliseconds.

Sub-Second Scenarios

Pre-computed PTDF sensitivities deliver results in milliseconds. Test dozens of scenarios in a single session.

187-County Resolution

County-level nodal model captures localized congestion, constraint patterns, and LMP dynamics that zonal models miss.

Full Grid Visibility

LMPs, generation dispatch, transmission utilization, constraint shadow prices, and binding hours — all in one view.

SSTI Risk Screening

Screen any bus for sub-synchronous torsional interaction risk. UIF scores, flagged generators, and risk tiers per EPRI guidelines.

See VIPER in Action
STEP 01
Add Generation

Place 200 MW solar at any of 187 county-level buses in ERCOT

STEP 02
Run Scenario

PTDF engine resolves LMPs, flows, and constraints in under 100ms

STEP 03
Analyze Impact

See price suppression, congestion shifts, and constraint shadow prices

Video walkthrough coming soon
PLATFORM WALKTHROUGHTry Live Demo
VIPER USE CASES
Evaluate interconnection queue positions — will your project depress local prices?
Test generator retirement scenarios — which constraints worsen when a plant closes?
Size transmission upgrades — how much congestion relief does a new line deliver?
Stress-test asset portfolios — what happens under 50 different market futures?
Support regulatory filings with county-level production cost model evidence
Identify highest-value buses for new generation or storage development
Screen data center sites for SSTI risk — flag vulnerable generators before filing interconnection
PLATFORM 02

Firming Cost Analyzer

Upload your data center load profile and site-specific renewable generation data. The Firming Cost Analyzer dispatches BESS and gas backup optimally across 8,760 hours to reveal the true cost, carbon intensity, and hourly matching percentage of any clean energy portfolio — before you commit to the deal.

Your Data, Your Assumptions

Upload actual site NCFs — not generic P50s. Scale nameplate MW up or down to find the optimal portfolio size.

Intelligent BESS Dispatch

The optimizer charges from excess renewables and discharges to cover gaps — minimizing gas firming and maximizing clean hours.

Gas as Last Resort

Natural gas firming dispatches only when renewables + BESS are fully depleted. See exactly how many hours and MWh require backup.

How the Firming Cost Analyzer Works
STEP 01
Upload Data Center Load & Renewable NCFs

Bring your 8,760-hour load profile and site-specific renewable capacity factors

STEP 02
Configure Portfolio

Set solar, wind, and BESS nameplate MW. Adjust gas cost and carbon assumptions

STEP 03
Optimize & Compare

See hourly dispatch, blended $/MWh, carbon intensity, and clean match percentage

Video walkthrough coming soon
PORTFOLIO ANALYSIS WALKTHROUGHRequest Access
KEY OUTPUTS
Hourly Match %
Hours fully covered by clean energy
💰
Blended $/MWh
All-in cost across all sources
🌍
Carbon Intensity
tCO2/MWh for the portfolio
Curtailment
Excess generation quantified
FCA USE CASES
Price a PPA — know the all-in $/MWh including firming before you sign
Compare portfolio configurations — 300 MW solar vs 200 MW solar + 100 MW wind
Size BESS optimally — find the duration that minimizes gas dependence per dollar spent
Sensitivity analysis — stress-test against low-wind years, gas price spikes, load growth
PLATFORM 03

Lease & Derivative Accounting Engine

Dual-track accounting for energy assets. Handles ASC 842 lease classification (finance & operating), ASC 815 derivative mark-to-market with Day 1 zero-out, and mid-term remeasurement — all with journal entries ready for SAP or NetSuite export.

ASC 842 Lease Accounting

Finance & operating lease classification with ROU asset, lease liability, and full amortization schedules. Handles escalations and early termination.

ASC 815 Derivative MTM

Net present value with user-provided discount rates. Day 1 zero-out coefficient with volumetric or straight-line amortization.

Journal Entry Export

Month-end journal entries with balanced debits and credits. Export to generic CSV, SAP format, or NetSuite format.

How It Works
STEP 01
Enter Contract

Set classification, asset type, payment schedule, and discount rate via the contract wizard

STEP 02
Calculate

Engine computes lease liability, ROU asset, derivative MTM, and amortization schedules

STEP 03
Export Journals

Download month-end journal entries in generic, SAP, or NetSuite CSV format

Finance leases — interest expense + ROU depreciation with front-loaded total expense
Operating leases — straight-line expense with plug ROU amortization
Dual-track contracts — embedded derivative inside a lease, calculated simultaneously
Impairment monitoring — ROU vs Net ABV with warning flag and on-demand journal entry
Escalation & remeasurement — mid-term payment changes trigger automatic liability remeasurement
Useful life by asset type — natural gas, BESS, solar, and wind defaults with user override
PLATFORM 04

Deal Evaluator

Evaluate energy deal economics across four deal structures — BTM, BTM + Interconnect, Utility Tariff, and Pure Tariff. The Deal Evaluator calculates all-in $/MWh with full component breakdowns, P50/P95 stress analysis, holding cost exposure, and phasing timelines. Compare 2-3 deals side by side to find the optimal structure.

All-In $/MWh Analysis

Blended cost across energy charges, demand, T&D, PPA, credits, and holding costs — broken down by component.

P50/P95 Stress Testing

Base and stress scenarios with configurable load, generation, price, and tariff multipliers. Know the risk range.

Four Deal Structures

BTM, BTM+IC, Utility Tariff, and Pure Tariff — each with the right inputs revealed via progressive disclosure.

How the Deal Evaluator Works
STEP 01
Select Deal Structure

Choose BTM, BTM+IC, Utility Tariff, or Pure Tariff

STEP 02
Configure Inputs

Tariff rates, generation, PPA terms, load profile, phasing

STEP 03
Calculate

8,760-hour engine with P50 base and P95 stress scenarios

STEP 04
Compare Deals

Side-by-side $/MWh with component breakdowns

DEAL ECONOMICS WORKFLOWRequest Access
DEAL EVALUATOR USE CASES
Evaluate BTM solar+storage vs utility tariff for a new data center campus
Structure BTM+IC deals showing avoided cost savings plus export revenue
Stress-test deal economics under high-load, low-generation, and price-spike scenarios
Compare 2-3 deal structures side by side on all-in $/MWh and component breakdowns
PREMIUM SERVICE
NEW

Utility Tariff Library

Access real utility tariffs from major data center markets. Browse, filter, and import tariff schedules directly into the Deal Evaluator — replacing 30+ minutes of manual configuration with a 10-second import of verified utility data.

Real Utility Data

Verified tariff schedules from Dominion Energy, Duke Energy Progress, and more — sourced directly from official filings.

10-Second Import

Select state and tariff, click Load. Complete rate structures including energy, demand, riders, fuel, and fixed charges — instantly.

Seamless Integration

Imported tariffs flow directly into the Deal Evaluator. Customize any component or clear and start fresh.

Two Ways to Access Tariffs
OPTION 1 — BROWSE
Tariff Library Page

Visit the dedicated library to search, filter, and explore tariff details. View all rate components before importing.

OPTION 2 — IN-DEAL
Deal Evaluator Import

Select state and tariff directly inside the Deal Wizard. Load the complete tariff without leaving your deal configuration.

AVAILABLE UTILITIESDominion Energy VA · Duke Energy Progress NC · More added regularly
COMMUNITY CONTRIBUTION

Help expand our tariff database

Don't see your utility in our library? Upload a tariff schedule document and our team will review it for potential inclusion. Help other users get access to accurate utility tariff data.

Suggest a Utility Tariff

Upload a tariff schedule and we'll consider adding it to our library

By uploading, you agree that we may review, process, and potentially publish this tariff in our public database. We'll only add legitimate, current utility tariff schedules.

INTEGRATED WORKFLOWPREMIUM LICENSE

Design the portfolio. See the grid impact.

The integration license connects both platforms into a single workflow. Design and optimize your clean energy portfolio in the Firming Cost Analyzer, then export it directly to a VIPER bus to see how it affects LMPs, transmission flows, and constraints at the actual interconnection point.

FCA
Design Portfolio

Upload NCFs, size renewables + BESS, optimize dispatch, confirm firming economics

EXPORT TO BUS

Select any of 187 county-level interconnection points

VIPER
See Grid Impact

LMP deltas, flow changes, constraint shadow prices, congestion relief at your bus

End-to-End Workflow
STEP 01
Design in FCA

Size your clean energy portfolio

STEP 02
Optimize Dispatch

8,760-hour BESS + gas firming

STEP 03
Export to VIPER

Select interconnection bus

STEP 04
See Grid Impact

LMP deltas and flow changes

Video walkthrough coming soon
END-TO-END WORKFLOWRequest Demo
ADVISORY SERVICES

Expert consulting, model-backed

Every advisory engagement is grounded in our production cost model. Not opinions — outputs.

Energy Deal Evaluation

PPA structuring, asset valuation, and acquisition due diligence. We model the grid-level economics so you can price the deal with locational precision.

PPA AnalysisDue DiligenceValuation

Economic & Capacity Planning

Resource adequacy modeling, capacity market strategy, and long-term supply planning grounded in production cost model outputs at county resolution.

IRP SupportCapacity MarketsForecasting

Tariff & Rate Design

Cost-of-service studies, rate case support, and tariff benchmarking. Translate wholesale market dynamics into defensible retail rate structures.

Rate CasesCost AllocationRegulatory

Infrastructure & Automation

Custom analytics pipelines, automated reporting, and data integration for energy operations teams that move faster than their tools.

Custom PipelinesAPI IntegrationReporting