The 21st Century Power Partnership (21CPP) publications provide information about and analysis of market design and regulatory issues for clean energy and 21st century power systems. Published work appears in scientific journals and the National Renewable Energy Laboratory publications database.
Thought Leadership Publications View All Thought Leadership Publications »
Expedite Energy Transformation by Adopting Proven Practices
This article, recently published in T&D World magazine, focuses on five ways that decision-makers can promote effective power system planning and operations. It builds upon previous thought-leadership work conducted by 21CPP and partners.
Status of Power System Transformation 2018: Advanced Power Plant Flexibility
The report is aimed at policy makers and regulators who are not experts in engineering, but who need to understand power plant flexibility in order to enhance system planning and upgrade policy, market and regulatory frameworks.
The Role of Demand Management in the Utility of the Future
Demand management and distributed generation could transform how consumers interact with the electricity grid and manage energy. Energy consumers may be shifting to view themselves as both consumers and increasingly as suppliers - with renewable energy generation on-site and demand response capability. This new consumer model and the concept of a distributed energy system may be disruptive to the traditional utility model.
Accelerating the Global Transformation to 21st Century Power Systems
This report explains that nations and regions need to share lessons about the best ways to create enabling policies, regulations, and markets that get the most social benefit out of power systems and incent the necessary investments.
Brazil joined 21CPP in mid-2017, and dialogue is currently underway on priorities for collaboration.
Capacity Value of Variable Renewable Energy (VRE) Resources
This webinar focused on the use of capacity expansion models in long-term planning and how they ensure "enough" capacity is built if significant quantities of variable renewable generation exist. NREL's capacity expansion model, ReEDS (Regional Energy Deployment System), is described. It also describes the concept of capacity value and different techniques used to quantify it .
Large-Scale Integration of Variable Renewable Energy: Key Issues and Emerging Trends
This webinar summarized key lessons, trends and best practices associated with integrating utility-scale VRE into grids, with a special in-depth case study from India
China Renewable Energy Outlook 2017
This report focuses on China’s options for a low-carbon energy transition through 2050, and the short-term actions needed to remove obstacles for renewable energy development.
Greening the Grid: Pathways To Integrate 175 Gigawatts of Renewable Energy into India's Electric Grid
This study used specially designed weather and power system modeling to identify how India’s power system balances generation and demand throughout the year.
Read the overview to learn more.
A Report on the Implementation of Smart Grids in Mexico
This report presents a compilation of data and information from many sources that document Mexico’s progress in implementing a Smart Grid as part of ongoing efforts to transform its electric power industry.
Baja California Sur Renewable Integration Study
The goal of the Baja California Sur (BCS) Renewable Integration Study is to evaluate the potential impacts of increasing penetration levels of wind and solar power on BCS’s bulk power system operations for the year 2024, which is the year Mexico has set the goal of reaching 35% of total electricity generation clean energy sources.
South Africa View All South Africa-Related Publications »
Preliminary Findings of the South Africa Power System Capacity Expansion and Operational Model Study
This state-of-the-art grid integration study examined the effects of potential high penetrations of variable renewable energy on South Africa’s power system. To achieve this, NREL developed, tested, and ran a combined capacity expansion and operational model of the South African power system including spatially disaggregated detail and geographical representation of system resources. New software to visualize and interpret modelling outputs was developed, and scenario analysis of stepwise variable renewable energy build targets provides new insight into associated planning and operational impacts and costs.
21st Century Power Partnership: September 2016 Fellowship Report
This Fellowship is a follow-up to the “Technical Audit of Eskom’s Medium- and Long-term Modelling Capabilities,” conducted by the National Renewable Energy Laboratory (NREL) in April 2016. The prospect and role of variable renewable energy (vRE) in South Africa poses new modelling-related challenges that Eskom is actively working to address by improving the fidelity of PLEXOS LT and ST models.