![How Solar Siting Surveys identify the potential for local solar generation [WEBINAR] - 2/27/18](https://i.ytimg.com/vi/pX1kpN9EUKE/maxresdefault.jpg)
How Solar Siting Surveys identify the potential for local solar generation [WEBINAR] - 2/27/18
Keywords
Summary
201 words
Critical Evaluation
Value of the Information & Strength of the Argument
The webinar provides valuable, actionable insights into how to systematically identify solar siting opportunities on distributed-scale properties. The argumentation is pragmatic and evidence-based, using Germany’s deployment statistics to support the viability of the 10 kW–1 MW segment. The presentation is well-structured, moving from mission and objectives to methodology, case study results, and integration capacity analysis. The use of real survey data and live demonstrations strengthens the credibility of the claims. However, the value is primarily practical rather than theoretical; the speaker does not delve into economic modeling or policy trade-offs in depth, and the argumentation relies mainly on descriptive examples rather than rigorous quantitative comparisons.
Scientific Rigor, Source Quality, Title Accuracy
The scientific rigor is moderate. The webinar references public utility data (e.g., PG&E ICA maps) and the Clean Coalition’s own previous surveys, but no peer-reviewed studies are cited. The methodology is clearly described and the tools are appropriate, yet the accuracy of estimates is not independently verified. The title matches the content well, as the webinar indeed focuses on how solar siting surveys identify potential for local generation. The sources utilized are mostly the organization’s own resources and publicly available utility tools, which is adequate for an introductory technical presentation but not for a scholarly review. The overall rigor is acceptable for a professional audience but not exceptional.
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Title / Content Match
The title accurately describes the webinar content: it explains how solar siting surveys identify solar generation potential.
Quality & Reliability
7/10
The presentation provides a clear methodology for solar siting surveys, references public data from utilities, and provides access to slides and reports. However, it is an organizational webinar without external validation, and some claims are not fully cited.
Key Moments
Markers derived by PSI from the transcript: the creator did not define chapters.
- Introduction and webinar logistics
- Overview of Clean Coalition mission and goals for 80% renewable by 2025 and 25% local energy
- Comparison with Germany's solar deployment success in the 10 kW–1 MW segment
- Definition of solar siting survey and its role in feed-in tariff programs
- Presentation of PAEC survey area and key findings: 65 MW potential, >40% on parking lots
- Example of aggregated sites and data fields (capacity, address, density, ICA)
- Live demo of Google Earth and Google Maps showing survey results
- Explanation of Integration Capacity Analysis (ICA) and PG&E feeder maps
- Live demonstration of PG&E ICA map with different feeder capacities
- Summary and Q&A on accessing resources
Cited Sources
- PAEC Webinar 2 slides — Presentation slides referenced during the webinar, containing survey results and methodology details.
- Clean Coalition website — General website mentioned as source for solar siting surveys and related resources.
Concurring Sources
- PG&E Distribution Planning — The webinar references PG&E's ICA maps, but no specific URL is provided in the description.
Contribution & Novelties
The webinar offers a practical, step-by-step framework for conducting solar siting surveys, combining free tools (Google Earth/Maps) with utility ICA data to assess hosting capacity. It quantifies the potential in a specific region (mid-Peninsula) and highlights parking infrastructure as a key underutilized resource. The integration of ICA information into the survey results is a notable contribution, as it bridges technical potential with grid constraints, enabling faster project development. The presentation also underscores the importance of feed-in tariffs and targeted marketing to property owners, providing a clear roadmap for municipalities and CCAs.
Pour aller plus loin :
- Feed-in tariff — A policy mechanism central to the webinar’s proposal for incentivizing distributed solar.
- Community Choice Aggregation — Relevant to the role of CCAs in purchasing renewable energy.
- Solar power in Germany — Provides context for the 10 kW–1 MW segment that inspired the siting survey approach.
- Integration Capacity Analysis (ICA) — Not linked, but widely used by California utilities; see CPUC resources on Distribution Planning.
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Radar Profile
The radar profile shows a balanced score, with slightly higher quantity of information and reliability relative to technical depth. This suggests the content is informative and trustworthy, though not highly technical or advanced. The moderate technical level aligns with a webinar aimed at community stakeholders and planners rather than engineers.