Modo Energy · Video summary
From 12 Months to 6: Rethinking How Clean Energy Gets Built - Paces
Revolutionize clean energy development by parallelizing workstreams instead of sequential processing, cutting timelines by over 50% and reducing costs.
Watch on YouTube ↗Key takeaways
- 🎯The traditional sequential approach to energy project development (land, environment, interconnection, permitting) is a major bottleneck, leading to 80% project failure rates and extended timelines (12-24 months).00:15
- 💡Paces offers a development ecosystem that enables parallel processing of workstreams using integrated data and automated tools, reducing development time to 6-8 months.02:45
- 🚀Evaluate current project development workflows to identify opportunities for parallelizing workstreams rather than proceeding sequentially.03:04
- 💪Paces integrates data for land viability, zoning, permitting, environmental factors, and interconnection capacity, providing a holistic view for faster and more accurate site selection.04:29
- 📈By parallelizing tasks, developers can achieve a 5x increase in initial site screening and a conversion rate of 50-60% of viable sites to actual projects, up from a traditional 10-20%.13:02
- 🔍Paces provides tools like the Permitting Predictor to assess policy likelihoods and community sentiment, transforming permitting from a black box into a more predictable process.15:40
Chapters
- 0:30💡 Introduction to Paces and its Approach
- 1:21🏢 Stuart Pomeroy's Role at Paces
- 2:11🧩 Paces as a Development Ecosystem
- 3:28🏗️ Paces' Four Customer Verticals
- 4:29🗺️ Data Layers for Site Selection
- 5:36⏳ The Old Sequential Development Process
- 7:40🚀 Paces' Parallel Processing Approach
- 8:01📊 Efficiency and Cost Savings with Paces
- 9:21🔬 Paces' Role in Consultant Studies
- 11:30📈 Improving Pipeline Conversion Rates
- 15:40🔮 Assessing Policy and Landowner Risk
- 18:50🎯 Customer Needs: Accurate, Simple, Fast Data
- 20:46🔄 Paces' Focus on Modularity and Integration
- 22:03📍 Hot Regions for Development
- 24:34💡 Paces for Load Site Development
- 27:56🗣️ Assessing Community Sentiment Risk
- 31:44🔌 Off-Grid Solutions with Paces
- 34:02💰 Cost Advantages of Off-Grid Deployments
- 35:25⏱️ Time and Complexity Benefits of Off-Grid
- 36:47📈 Market Signals and LCOE in Paces
- 37:56✅ Paces' Track Record and Bankability
- 39:53🚀 Future Developments at Paces
- 41:42⚡ Contrarian View: Off-Grid Growth
- 43:20📜 Contrarian View: Permitting is Not Scary
The digest
This discussion introduces Paces, a software and development platform designed to accelerate the clean energy project lifecycle. By moving away from sequential, analog processes, Paces enables developers to run critical workstreams like land acquisition, environmental assessment, interconnection, and permitting concurrently. This parallel approach significantly reduces development timelines, cuts costs, and improves project success rates, addressing a critical bottleneck in the deployment of renewable energy and other infrastructure. The platform is relevant for utilities, infrastructure developers, data center operators, and financial institutions involved in bringing clean energy projects to fruition.
The Problem: Slow and Inefficient Project Development
The traditional approach to energy project development is characterized by its sequential and analog nature [00:15, 05:36]. This means that each stage of development – identifying land, conducting environmental reviews, securing interconnection agreements, and obtaining permits – is typically handled one after another. This process often involves engaging multiple external consultants for each phase, leading to extended timelines and increased soft costs.
- Sequential Bottlenecks: Developers often wait for one task to be fully completed before initiating the next. For example, land identification might be followed by environmental assessments, then interconnection studies, and finally permitting. This creates significant delays, as each step can take months.
- Reliance on External Consultants: The process relies heavily on external experts for specialized studies such as environmental impact assessments, interconnection feasibility, and permitting advice. This disaggregated approach leads to fragmented information and increased expenditures.
- High Failure Rate: The inefficiencies and delays inherent in this traditional model contribute to a high project failure rate, with estimates suggesting that 8 in 10 projects do not make it through [00:25, 12:21].
Keep reading in The Digest
The full 6-minute article, 8 more sections, and every new episode from Modo Energy and the creators you follow.
- The Paces Solution: A Unified, Data-Driven Development Ecosystem
- Key Paces Offerings and Use Cases
- Improving Pipeline Conversion and Reducing Risk
- Key Frameworks and Models
- Paces Development Workflow (Parallelized)
- Paces Data Layering Approach (Conceptual)
- Practical Implications & Takeaways
- Action-Oriented Summary
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