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Video ECMAScript program Distributed Photovoltaic Economic Impact Analysis in the Philippines
In this webinar, panelists discuss the economic and utility revenue impacts of distributed photovoltaic deployment (DPV) in the Philippines. Content is based on a study conducted by USAID Clean Power Asia, the National Renewable Energy Laboratory, and Lawrence Berkeley National Laboratory in partnership with the Philippines Department of Energy. The study evaluates and analyzes the economic and technical implications of (DPV) deployment in the Philippines.
Located in Trainings / Webinars
Video Utility-Owned Distributed Generation Models
The webinar will explore the various business models for utility ownership of distributed PV generation, including utility-led community solar, utility rooftop PV programs and utility DG facilitation services. Presenters will include representatives of U.S. utilities that are currently implementing these business models, and the webinar will include a discussion about how to implement such business models in Latin America.
Located in Trainings / Webinars
Video C header Utility-Scale Battery Storage: When, Where, Why and How Much?
This webinar introduces important concepts for understanding the roles batteries can play on the grid and how these roles may evolve with declining battery costs and increasing variable generation. The webinar also discusses under what conditions batteries can be deployed economically.
Located in Trainings / Webinars
Video Building Blocks for Distributed PV Deployment, Part 2: Interconnection and Public Policy
Due in part to the low cost of photovoltaic system hardware and scalability for deployment, grid-connected distributed photovoltaic (DPV) technologies are increasingly permeating global power markets. While this trend could help substantially reduce the carbon footprint of global power generation, empower citizens across the socio-economic spectrum, and expand local PV markets, there are a number of technical and policy issues—especially in countries that have limited technical resources and need to “get things right” the first time.
Located in Trainings / Webinars
Video Best Practices for Grid Codes for Renewable Energy Generators
This webinar introduces the essential concepts for understanding renewable energy grid codes and reviews how grid codes have developed in the United States and internationally.
Located in Trainings / Webinars
Video Levelized Cost of Energy (LCOE): An Overview
This training video introduces levelized cost of energy (LCOE) and why it is important for data-driven decision making in energy planning. The training explains how to calculate LCOE of the electricity generating assets and describes key parameters, sensitivities, and some of its limitations. Example applications, analyses, and results are provided as well as an introduction to the Transparent Cost Database. This video was developed as part of a remote training series for the Energy Alternatives Study for the Lao PDR within the Smart Infrastructure for the Mekong Program. This video concentrates on RE resources and answers the key questions: What is LCOE? How is LCOE calculated? What are its applications, limitations, sensitivities, and parameters?
Located in Trainings
Video ECMAScript program Technical Potential Tutorial Series
This three-part tutorial series introduces technical potential analysis, describes how technical potential is assessed, and familiarizes viewers with the Technical Potential geospatial analysis tool on RE Data Explorer, the flagship tool from RE Explorer. The tutorial concentrates on renewable energy technical potential for wind and solar and answers the key questions: What is technical potential? How is technical potential assessed? How can I use RE Data Explorer to assess technical potential?
Located in Trainings
Video Building Blocks for Distributed PV Deployment, Part 1: Goals, Definitions and Compensation
Due in part to the low cost of photovoltaic system hardware and scalability for deployment, grid-connected distributed photovoltaic (DPV) technologies are increasingly permeating global power markets. While this trend could help substantially reduce the carbon footprint of global power generation, empower citizens across the socio-economic spectrum, and expand local PV markets, there are a number of technical and policy issues—especially in countries that have limited technical resources and need to “get things right” the first time.
Located in Trainings / Webinars
Building Blocks for Distributed PV Deployment, Part 2: Interconnection and Public Policy
Located in Trainings
Building Blocks for Distributed PV Deployment, Part 1: Goals, Definitions and Compensation
Located in Trainings
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