-
Download White Paper: Technology Conversion: Solar or Wind Developments for Thermal Generation
Technology Conversion: Solar or Wind Developments for Thermal Generation
Sargent & Lundy developed a framework for evaluating renewable project developments for conversion to thermal baseload power generation
-
Download White Paper: Solar PV Project Repowering
Solar PV Project Repowering
A recent assessment of the solar PV industry and legislation identifies opportunities for repowering solar PV projects
-
Download White Paper: Solar PV Energy Yield Assessment Validation
Solar PV Energy Yield Assessment Validation
Validation efforts compare pre-commercial operation assessments with operational data to determine accuracy of energy modeling methodology
-
Download White Paper: Asset Valuations in the Power Sector
Asset Valuations in the Power Sector
Accurate valuation methodologies for the energy industry
-
Download White Paper: Carbon Capture Projects
Carbon Capture Projects
Best practices and insights for technical due diligence in support of lenders and investors
-
Download White Paper: Wind-to-Solar Conversion, Interconnection Queue Generator Modifications
Wind-to-Solar Conversion, Interconnection Queue Generator Modifications
Early considerations can benefit execution of mid-queue generator modifications
-
Download White Paper: Battery Energy Storage Systems Independent Engineering Due Diligence
Battery Energy Storage Systems Independent Engineering Due Diligence
Methodology for project risk identification and mitigation
-
Download White Paper: Storm Surge and Wave Impact of Low-Probability Hurricanes
Storm Surge and Wave Impact of Low-Probability Hurricanes
An evaluation on the Lower Delaware Bay – calibration and application
-
Download White Paper: Forensic Analysis of Gas Turbine-Generator Shaft Failures Due to Possible Subsynchronous Resonance
Forensic Analysis of Gas Turbine-Generator Shaft Failures Due to Possible Subsynchronous Resonance
Taking an analytical approach for subsynchronous resonance phenomenon
-
Download White Paper: Limitations of Steady-State Unbalanced Load Flow Software for Analysis of Induction Motor Behavior During Voltage Unbalance Conditions
Limitations of Steady-State Unbalanced Load Flow Software for Analysis of Induction Motor Behavior During Voltage Unbalance Conditions
Best practices for accurate modeling of induction motor behavior