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Utility-Scale Solar

Utility-Scale Solar PPA Price Trends - Berkeley Lab Report Analysis Part 3

Power Purchase Agreement (PPA) prices and Levelized Cost of Energy (LCOE) serve as critical indicators of utility-scale solar’s market progression. Drawing from Berkeley Lab’s “Utility-Scale Solar, 2024 Edition” report, HeatSpring instructor Tim Taylor explores the relationship between these metrics, examiningContinue reading “Utility-Scale Solar PPA Price Trends - Berkeley Lab Report Analysis Part 3”

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Utility-Scale Solar CapEx Trends – Berkeley Lab Report Analysis Part 2

As utility-scale solar reshapes the energy landscape, understanding its evolving costs remains crucial for industry decision-makers. HeatSpring instructor Tim Taylor examines Berkeley Lab’s latest “Utility-Scale Solar, 2024 Edition” report, uncovering notable trends in installed CapEx – including some findings thatContinue reading “Utility-Scale Solar CapEx Trends – Berkeley Lab Report Analysis Part 2”

Tim Taylor Tim Taylor

1 NABCEP CEU – New Free Course: Navigating Transmission Interconnection Queues

The renewable energy and utility sectors are transforming rapidly, with unprecedented amounts of new generation seeking to interconnect to the grid. However, interconnection queues have become one of the most significant bottlenecks in renewable project development. To help industry professionalsContinue reading “1 NABCEP CEU – New Free Course: Navigating Transmission Interconnection Queues”

Brit Heller Brit Heller

Inside AC Block Architecture: A Technical Walkthrough of Utility-Scale BESS Design

The rapid deployment of utility-scale battery energy storage systems (BESS) demands a comprehensive understanding of system architecture, electrical engineering principles, and operational considerations. In this excerpt from the Foundations of BESS course, industry expert Drew Lebowitz examines the critical designContinue reading “Inside AC Block Architecture: A Technical Walkthrough of Utility-Scale BESS Design”

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Grid Operators Get Strategic: How Some Utilities Are Tackling Interconnection Queue Bottlenecks

As the U.S. power grid faces mounting pressure to integrate new generation resources, transmission operators are getting creative with solutions to streamline their overwhelmed interconnection queues.  Two major grid operators—California ISO (CAISO) and PJM —are leading the charge with innovativeContinue reading “Grid Operators Get Strategic: How Some Utilities Are Tackling Interconnection Queue Bottlenecks”

Tim Taylor Tim Taylor

How Does a Utility-Scale Solar Project Move from Concept to Fully Operational?

The development cycle of a utility-scale solar project demands precise orchestration across multiple phases and stakeholders. From initial site acquisition through interconnection studies, Power Purchase Agreement (PPA) negotiations, and ultimately construction, each stage builds upon the last in a carefullyContinue reading “How Does a Utility-Scale Solar Project Move from Concept to Fully Operational?”

Brit Heller Brit Heller

Going Outside the Queue | Speeding Up Interconnection of Generation & Storage to Transmission

We all know that utility-scale solar and storage is building momentum, yet the process of interconnecting new renewable power sources remains a substantial bottleneck in the clean energy transition. In this quick video, HeatSpring instructor Tim Taylor unpacks recent developmentsContinue reading “Going Outside the Queue | Speeding Up Interconnection of Generation & Storage to Transmission”

Brit Heller Brit Heller

Working Safely on Energized Equipment – Understanding Restricted Approach, Limited Approach, and Arc Flash Boundaries

When it comes to electrical safety, understanding arc flash hazards and how to mitigate their risk is crucial, but all too often misunderstood. Many workers believe that staying outside the arc flash boundary guarantees safety, but this is a dangerousContinue reading “Working Safely on Energized Equipment – Understanding Restricted Approach, Limited Approach, and Arc Flash Boundaries”

Brit Heller Brit Heller

NERC PRC-024-3: Understanding “Ride Through” Capability and “No Trip Zones”

“Ride through” capability in power systems has become increasingly important in recent years, because it contributes to maintaining grid stability during system disturbances. In this video excerpt from the new Interconnection of Utility-Scale Solar PV to Transmission course, HeatSpring instructorContinue reading “NERC PRC-024-3: Understanding “Ride Through” Capability and “No Trip Zones””

Brit Heller Brit Heller

New Course Announcement: Interconnection of Utility-Scale Solar PV to Transmission

It seems like every time news outlets report on new utility-scale solar projects coming online, the megawatt (MW) capacity keeps getting bigger. With an increasing number of high-capacity solar projects in development, many industry professionals are finding themselves in needContinue reading “New Course Announcement: Interconnection of Utility-Scale Solar PV to Transmission”

Brit Heller Brit Heller