Expertise That Closes Deals & Protects Capital

Ascend plays a critical role in the effective stewardship of client capital. By capturing and modeling key drivers of policy, supply, and demand, market forecasts provide critical guidance in benchmarking risk-adjusted returns.

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300+ GW

Project Valuation Assessments Underpinned

100+

Project Finance and M&A Transactions Supported

$50+ Billion

In Project Financing Assessments

Trusted & Credible: Key Ascend Differentiators

Model-driven fundamental forecasts underpin nearly every aspect of energy planning processes and drive critical decisions related to asset valuation, portfolio management, investment, and long-term planning. Ascend Analytics supports project investment for both equity and debt with bankable forecasts that provide the analytical and financial rigor that hedge funds, private equity firms, investment banks, and asset managers rely upon.

Long-Run Equilibrium

  • Enforces market discipline
  • Rational new unit entry
  • Avoids over-optimistic projections

Weather-Driven Price Models

  • Correlated load, generation, price
  • Sub-hourly real-time capture
  • Real-world volatility conditions

Nodal-Level Specificity

  • Hub, zone, and nodal resolution
  • Congestion and basis outlooks
  • 50,000+ US nodes modeled

Deal Lifecycle Support

  • IC-ready narratives & exhibits
  • Reliance letters and sensitivities
  • Post-close monitoring available

Investment-Grade Analytics Across the Deal Lifecycle

From initial site screening through investment committee to post-close monitoring, Ascend delivers the insights, forecasts, valuations, and advisory support for successful equity, construction, term, tax, and mark-to-market capital allocation  processes.

Energy Project Finance & Investment Support That Delivers

Independent Project Assessments

Revenue forecasts for solar, storage, wind, hybrid, and thermal assets across all US ISOs, benchmarked to actual operational results from Ascend’s SmartBidder

Independent Project Assessments

Revenue forecasts for solar, storage, wind, hybrid, and thermal assets across all US ISOs, benchmarked to actual operational results from Ascend’s SmartBidder

Reliance Letters and Investment Committee Support

Lender-grade narratives, exhibits, and sensitivities expertly prepared for credit committee review

Reliance Letters and Investment Committee Support

Lender-grade narratives, exhibits, and sensitivities expertly prepared for credit committee review

Forecast Defense

Transparent assumptions and methodologies defended by a deep bench of market experts

Forecast Defense

Transparent assumptions and methodologies defended by a deep bench of market experts

Valuation Modeling

Nodal-specific project values integrate supply, demand, transmission, policy constraints, and federal tax eligibility into ISO-specific participation rules

Valuation Modeling

Nodal-specific project values integrate supply, demand, transmission, policy constraints, and federal tax eligibility into ISO-specific participation rules

Scenario and Sensitivity Analysis

Custom price curve scenarios, capacity market outcomes, policy shifts, and weather impacts, enabling confident underwriting under uncertainty

Scenario and Sensitivity Analysis

Custom price curve scenarios, capacity market outcomes, policy shifts, and weather impacts, enabling confident underwriting under uncertainty

Volatility and Basis Modeling

Curtailment risk, congestion exposure, and capture rate distributions for renewables and storage

Volatility and Basis Modeling

Curtailment risk, congestion exposure, and capture rate distributions for renewables and storage

Portfolio Risk Management

Post-close mark-to-market monitoring against realized performance; ongoing re-evaluation as market conditions evolve

Portfolio Risk Management

Post-close mark-to-market monitoring against realized performance; ongoing re-evaluation as market conditions evolve

Bankability

Ascend's work has underwritten billions in capital deployment, with forecasts trusted by investment banks, private equity, infrastructure funds, and tax equity partners

Accuracy

Forecasts validated against actual operating results from SmartBidder provide a real-world basis for revenue assumptions

Methodology

Ascend's enhanced opportunity cost framework enforces long-run market equilibrium and simulates weather as the primary driver of demand, generation, and price, capturing dynamics that legacy models do not include

Trusted

Support spans valuation, underwriting, IC materials, execution sensitivities, and post-close monitoring, reducing dependence on multiple vendors and accelerating deal timelines

Precision

High-resolution nodal price forecasts and geospatial data that captures supply stack, load growth, policy, transmission, and congestion at a granular level

Energy Project Finance & Investment: The Ascend Advantage

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Key Resources

Articles

How Should Power Market Forecasting Adapt to an Increasingly Complex Grid?

Learn how evolving power market complexity demands new forecasting approaches, and why Ascend Analytics developed the Enhanced Opportunity Cost Forecasting Framework to meet the challenges of the data center era.

Publications

Breakable: Can Capacity Markets Survive an Era of Sustained, High Capacity Prices?

This publication is the second in a series from Ascend Analytics that considers the implications of rapid load growth on US capacity markets, high capacity prices as the new normal, the risks that new realities create for business-as-usual strategies, and the opportunities that this paradigm shift enables for well-planned new entry resources.

Case Studies

Enabling BESS Portfolio Growth for New Market Entrants with AEX Asset Sales

Golden State Renewable Energy (“GSR-E”), a California-based energy storage project developer, expanded its development capabilities to originate and develop Distributed Generation Resource (“DGR”) standalone battery energy storage system (“BESS”) projects in Texas.

Articles

Data Centers and Power: Speed, Reliability, and Tradeoffs

Data center-driven load growth is accelerating across U.S. power markets, raising a seemingly simple question: how will these facilities quickly secure reliable power at scale?