Renewable Energy Dashboard in Google Sheets

Renewable Energy Dashboard in Google Sheets gives energy teams a practical way to monitor generation, CO2 savings, revenue, output, records, and fleet efficiency in one shareable spreadsheet. The IEA’s 2026 electricity update says renewable electricity generation is forecast to overtake coal in 2026, with renewables growing by more than 8% and reaching 37% of global electricity generation by 2027. Built by PK, a Microsoft Certified Professional with 15+ years of spreadsheet and BI experience and 300K+ YouTube subscribers, this one-time $9.99 template helps you report faster without a recurring energy SaaS commitment.

Key Features of Renewable Energy Dashboard in Google Sheets

• Seven organized Google Sheets tabs for overview, solar, wind, maintenance, finance, search, and source data.
• Overview KPI cards for Total Generation, CO2 Saved, Total Revenue, Avg Output / Record, Records Logged, and Fleet Efficiency.
• Interactive slicers that help users filter the dashboard quickly by key fields such as month, source, region, site, status, weather, and maintenance type.
• Dedicated Solar Performance and Wind Performance tabs for source-specific output analysis.
• Maintenance and alert views for record status, maintenance activity, asset status, and downtime hours.
• Financial and savings analysis for revenue, CO2 savings, source mix, and regional contribution.
• Search Sheet lookup that returns a full record from a selected Record ID.
• Editable Data Sheet, so users can replace the sample records in the same format.

What’s Inside the Renewable Energy Dashboard in Google Sheets

1. Overview Page

The Overview Page gives a high-level view of renewable operations. The top cards summarize Total Generation, CO2 Saved, Total Revenue, Avg Output / Record, Records Logged, and Fleet Efficiency so managers can scan performance before opening detailed pages.

Monthly Revenue by Month: This chart shows how revenue changes across the reporting period. It helps users spot high-performing months and identify periods that need pricing, generation, or downtime review.

Generation Mix by Source: This chart compares the contribution of solar, wind, and other renewable sources. It helps teams understand whether generation is balanced or concentrated in one source.

Total Generation by Site: This chart ranks site-level output. It is useful for comparing assets, reviewing underperforming locations, and planning follow-up actions.

Output by Region: This view compares generation across regions. It helps leadership understand geographic performance and regional capacity contribution.

Generation by Source and Month: This chart combines source and month to show seasonality and generation trends. It helps teams compare how solar and wind output move over time.

2. Solar Performance

The Solar Performance tab focuses on solar output patterns. It includes Solar Output by Status and Month, Solar Output by Weather Condition, Solar Output by Site, and Solar Output by Month, giving teams a quick way to review how site, weather, status, and month affect solar generation.

3. Wind Performance

The Wind Performance tab is built for wind output review. It includes Wind Output by Month, Wind Output by Weather Condition, Wind Output by Site, and Wind Output by Status and Month, helping users compare wind production across operating conditions.

4. Maintenance & Alerts

The Maintenance & Alerts tab brings operational issues into the same reporting flow. Records by Status and Month shows workload and issue timing. Maintenance Activity by Type summarizes what work is happening most often. Asset Status by Status highlights operational condition, while Downtime Hours by Month shows when availability losses are highest.

5. Financial & Savings

The Financial & Savings tab connects operational generation with business and sustainability outcomes. Revenue by Source and Month shows how each source contributes financially over time. Revenue by Region helps compare market contribution. CO2 Savings by Month tracks avoided emissions, and Revenue Mix by Source shows the share of revenue from each source.

6. Search Sheet Tab

The Search Sheet lets users select a Record ID and instantly view the complete record details, including Date, Month, Year, Source, Region, Site, Status, Maintenance Type, Weather, Output MWh, Target MWh, Downtime Hrs, CO2 Tons Saved, and Revenue.

7. Data Sheet Tab

The Data Sheet is the source table for the whole dashboard. Add or replace records in the same format and keep the existing column headings so the cards, charts, slicers, and lookup sheet continue to work correctly.

Renewable Energy Dashboard in Google Sheets vs. Microsoft Excel vs. Paid Energy SaaS – Where This Fits

Who This Template Is For – and Who It’s Not For

This template is for renewable energy managers, solar site supervisors, wind operations teams, sustainability analysts, energy finance analysts, ESG reporting teams, facility managers, and consultants who need a clean reporting layer for generation, savings, revenue, and maintenance data.

It is not a SCADA platform, automated meter data system, IoT telemetry tool, carbon accounting system, or maintenance management system. It works best when your renewable energy records are already available in a table and you want to turn them into a filtered dashboard quickly.

How to Use the Renewable Energy Dashboard in Google Sheets

1. Open the PDF guide included with your purchase and use the Google Sheets copy link.
2. Create your own editable copy in Google Drive.
3. Replace the sample records in the Data Sheet Tab with your renewable energy data.
4. Keep Record ID values unique so the Search Sheet returns the right row.
5. Use slicers to filter by source, region, site, status, weather, maintenance type, and month.
6. Review the Overview, Solar, Wind, Maintenance, and Financial pages during weekly or monthly reporting.

Real-World Use Cases

Priya, renewable operations manager: Priya reviews the Overview and Maintenance & Alerts tabs before the monthly operations meeting to explain generation, downtime, and fleet efficiency.

Marcus, energy finance analyst: Marcus uses the Financial & Savings tab to compare revenue by source, revenue by region, and CO2 savings by month before preparing management commentary.

Asha, sustainability reporting lead: Asha uses the generation mix, CO2 savings, and source/month trends to support ESG updates and internal clean-energy performance reviews.

Frequently Asked Questions

Is this dashboard built in Google Sheets?

Yes. The template is designed for Google Sheets and can be copied into your own Google Drive.

What pages are included?

It includes Overview, Solar Performance, Wind Performance, Maintenance & Alerts, Financial & Savings, Search Sheet, and Data Sheet tabs.

Can I use my own renewable energy records?

Yes. Replace the sample data in the Data Sheet Tab while keeping the same column format.

Does it include a Search Sheet?

Yes. Select a Record ID to view the complete row details without scrolling through the Data Sheet.

Does this connect automatically to meters or SCADA systems?

No. This is a spreadsheet dashboard template for structured records, not a live telemetry or automation platform.

Can my team collaborate on the file?

Yes. Because it uses Google Sheets, you can share the file with teammates using normal Google Drive permissions.

About the Author

Built by PK – Microsoft Certified Professional with 15+ years of Excel, Google Sheets, and Power BI experience. Founder of NextGenTemplates, reaching 300K+ subscribers across YouTube channels. Every template is hand-built and tested before release.

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Read the supporting blog post: Renewable Energy Dashboard in Google Sheets.

Download the Renewable Energy Dashboard in Google Sheets and turn solar, wind, generation, maintenance, revenue, and CO2 savings records into a clearer operating view.

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Last updated: August 6, 2026.