Fair Value Measurements - Significant Unobservable Inputs (Details) - Level 3 $ in Millions	Feb. 02, 2026 yr USD ($)
Dividend yield \| Scenario-based approach with the Black-Scholes option pricing model
Fair Value Measurement Inputs and Valuation Techniques [Line Items]
Measurement input	0
Minimum \| Adjusted price per megawatt \| Sales comparison approach
Fair Value Measurement Inputs and Valuation Techniques [Line Items]
Measurement input \| $	0.4
Minimum \| Discount rate \| Scenario-based approach with the Black-Scholes option pricing model
Fair Value Measurement Inputs and Valuation Techniques [Line Items]
Measurement input	0.0745
Minimum \| Expected term (years) \| Scenario-based approach with the Black-Scholes option pricing model
Fair Value Measurement Inputs and Valuation Techniques [Line Items]
Measurement input \| yr	3
Minimum \| Equity volatility \| Scenario-based approach with the Black-Scholes option pricing model
Fair Value Measurement Inputs and Valuation Techniques [Line Items]
Measurement input	1.08
Maximum \| Adjusted price per megawatt \| Sales comparison approach
Fair Value Measurement Inputs and Valuation Techniques [Line Items]
Measurement input \| $	0.6
Maximum \| Discount rate \| Scenario-based approach with the Black-Scholes option pricing model
Fair Value Measurement Inputs and Valuation Techniques [Line Items]
Measurement input	0.0764
Maximum \| Expected term (years) \| Scenario-based approach with the Black-Scholes option pricing model
Fair Value Measurement Inputs and Valuation Techniques [Line Items]
Measurement input \| yr	5
Maximum \| Equity volatility \| Scenario-based approach with the Black-Scholes option pricing model
Fair Value Measurement Inputs and Valuation Techniques [Line Items]
Measurement input	1.17