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Syed Rakiul Huq

Unlock the power of Excel and Power BI for energy and sustainability analysis and take your skills from zero to hero. Whether you're just starting out or looking to enhance your existing knowledge, this comprehensive course will guide you through every step of mastering data analysis specific to conventional energy, renewable energy and sustainability projects.

What You'll Learn:

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Unlock the power of Excel and Power BI for energy and sustainability analysis and take your skills from zero to hero. Whether you're just starting out or looking to enhance your existing knowledge, this comprehensive course will guide you through every step of mastering data analysis specific to conventional energy, renewable energy and sustainability projects.

What You'll Learn:

  • Energy Analysis Fundamentals: Understand the core concepts of energy data analysis and how to apply them in real-world scenarios.

  • Greenhouse gas reduction (GHG reduction) analysis.

  • Scopes of GHG Emissions (Scope 1,2,3).

  • Sustainability Reporting Frameworks (GRI,TCFD).

  • Excel Mastery: Learn how to use Excel efficiently, from basic functions to advanced formulas and data manipulation techniques.

  • Advanced Techniques and data management: Dive into complex topics like energy modeling, forecasting, and scenario analysis using Excel.

  • Introduction to Power BI for data visualization.

  • Using Power BI for Data Cleanse and Heat Map Visualization.

  • DAX in Power BI .

  • Practical Applications: Apply what you've learned to real energy projects and renewable energy projects, making your skills immediately relevant in the industry.

  • Renewable Energy Data Analytics.

Who Should Enroll:

  • Beginners: Those new to energy and sustainability analysis who want to build a strong foundation.

  • Professionals: Energy analysts, Renewable Energy Professionals , Sustainability professionals, engineers, and data scientists looking to refine their data analysis skills.

  • Students: Individuals studying energy management, engineering, environmental science and sustainability or related fields who want to excel in their coursework.

Course Features:

  • Step-by-Step Tutorials: Follow along with detailed instructions and practical examples.

  • Quizzes and Exercises: Test your knowledge and reinforce learning through hands-on practice.

  • Lifetime Access: Enroll once and get lifetime access to all course materials and future updates.

Join today and become an expert in energy and sustainability analysis to tackle any project with confidence.

Enroll now

What's inside

Learning objectives

  • Learn how to use powerful functions like xlookup, vlookup, and index & match to efficiently retrieve and manage energy and sustainability data.
  • Gain the skills to predict energy and sustainability usage with precision using degree days and regression analysis.
  • Master advanced techniques such as cusum (cumulative sum) analysis to identify energy-saving opportunities.
  • Learn to calculate key financial metrics like payback period, benefit-cost ratio (bcr), and understand the time value of money.
  • Use excel to evaluate the financial viability of energy efficiency and sustainability projects, helping you make informed investment decisions.
  • Understand how to use excel for energy and sustainability portfolio analysis, helping you prioritize projects based on their economic and environmental impact.
  • Learn how to visualize energy data in power bi to uncover actionable insights.
  • Learn how to use dax in power bi
  • Fundamentals of energy analysis
  • Fundamentals of carbon accounting
  • Sustainability reporting frameworks (gri, tcfd)
  • Renewable energy data analysis
  • Data cleanse and heat map visualization using power bi
  • Wind energy data analytics
  • Solar energy data analytics
  • Show more
  • Show less

Syllabus

Define key metrics such as Energy Utilization Index (EUI) and Energy Cost Index (ECI) and explain their importance in energy management.
  • Definition and Importance of Energy Management

  • Key Metrics: Energy Utilization Index (EUI) and Energy Cost Index (ECI)

  • Example Calculations using Excel

  • Documents: One Excel file.

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EUI and ECI

Degree Days

Using the regression equation Energy Consumption=a+b×HDD

Regression Analysis in Energy Consumption

Interquartile Range (IQR).

outlier in the context of energy management

  • Introduction to CUSUM (Cumulative Sum) Analysis

  • Tracking Energy Consumption Trends

CUSUM analysis in energy management

CUSUM

Utilize financial metrics like Payback Period to assess the viability of energy-saving projects.

Payback

BCR in Excel

  • Master the concepts ofthe Time Value of Money to make informed decisions about energy investments and savings growth.

Future Value

Understanding PW

Calculating Present Value (PV) Using Time Value of Money in Excel

Calculating Future Value (FV) Using Excel

  • Components of an Energy Bill

  • Energy Charges, Fuel Cost Adjustment, Demand Charges

Components of an Energy Bill

Demand Charge

Weather-Adjusted Energy Consumption Analysis

  • Incremental Cost per Ton of GHG Savings

o Incremental Cost per Ton of GHG Savings

o Analyzing Energy Projects

    • Project Prioritization based on $/ton CO₂e and BCR

How to calculate energy savings for different energy savings technologies

Pivot Table

Filtering Data in a Pivot Table

Grouping Data in a Pivot Table

Basic Pivot Table Creation

Adding Fields to a Pivot Table

LED Savings Calculation

Solar PV Energy Calculation

Using XLOOKUP to Find Energy Savings

Using MATCH to Locate a Specific Energy Project

Scope 1, Scope 2, and Scope 3 emissions

The importance of Carbon Accounting

Global Climate Policies Affecting Businesses

Understanding GHG Emission Scopes (Scope 1, 2, and 3)

Understanding GHG Emissions

Scope 3 emissions

Paris Agreement

GRI,CDP,TCFD

Excel Exercise - TCFD

purpose of sustainability reporting

TCFD

CDP

Utility Bills Tracking

How to use the Analyze Data feature in Excel 365 for utility tracking.

Use Power Query,PowerPivot and DAX to gain key insights of utility bills

PowerPivot – Combining Data for Energy Usage

Power Query – Cleaning Utility Data

Intro to Power BI for Energy data analytics and visualization

Data Cleanse and Heat Map Visualization

Quick Measure and DAX

Wind Energy Project

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Covers sustainability reporting frameworks like GRI and TCFD, which are essential for professionals in corporate social responsibility and environmental management
Explores GHG emissions scopes, which is a core concept for carbon accounting and emissions reduction strategies in various industries
Teaches financial metrics like Payback Period and Benefit-Cost Ratio, which are crucial for evaluating the economic feasibility of energy projects
Requires learners to have Microsoft Excel and Power BI, which may require a subscription and a computer that meets the software's minimum requirements
Develops skills in DAX for Power BI, which is a valuable tool for advanced data analysis and creating custom calculations in business intelligence
Explores regression analysis for predicting energy consumption, which is a standard statistical technique used in energy management and forecasting

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Reviews summary

Practical energy & sustainability analysis with excel & bi

According to learners, this course provides a solid foundation in energy and sustainability analysis, focusing heavily on practical application using Excel and Power BI. Students particularly appreciate the clear explanations, real-world examples, and hands-on exercises that help solidify understanding. The course covers essential topics like financial analysis for projects and carbon accounting. While many find the content highly relevant for professionals, a few reviewers suggest some sections could benefit from more in-depth coverage or updated content to reflect current industry trends. Overall, it is widely regarded as a valuable resource for skill development in the field.
Content is highly applicable to career roles.
"As a professional in the energy sector, I found the content directly relevant to my daily tasks and long-term career growth."
"This course equipped me with skills immediately applicable to my job as a sustainability analyst."
"It provides valuable insights and techniques for anyone working with energy or sustainability data."
"The focus on topics like GHG emissions and financial analysis for projects is perfect for industry practitioners."
Good coverage of both Excel and Power BI techniques.
"The course did a great job integrating both Excel and Power BI for a comprehensive data analysis approach."
"Learning how to use Power BI for data visualization in this context was a major plus."
"It's very useful to see how both powerful tools can be applied specifically to energy and sustainability data."
"The modules on Power Query and DAX were particularly valuable for handling and presenting data."
Assignments help reinforce learning and build skills.
"The hands-on exercises and quizzes were essential for practicing and retaining the information."
"I liked that the course included practical exercises after each key concept, allowing me to immediately apply what I learned."
"Working through the provided Excel files and Power BI demos made the learning much more effective."
"The assignments are well-designed and help you build confidence in using the tools."
Concepts are explained well, making complex topics accessible.
"The instructor's explanations are very clear and easy to follow, even for challenging topics."
"I appreciated how the course broke down complex analysis techniques into understandable steps."
"The explanations are clear, and the pace allows you to grasp the material thoroughly."
"This course really helped solidify my understanding of key analysis concepts due to the clear teaching."
Focuses on using Excel & BI for real-world analysis.
"The focus on practical application using Excel and Power BI for energy and sustainability analysis was exactly what I needed."
"I found the practical examples and exercises to be incredibly helpful in applying the concepts to real-world scenarios."
"This course provides practical tools and strategies that I could apply immediately to my work in energy management."
"It was great learning how to perform calculations and visualizations using the software we actually use on the job."
Some material may benefit from being refreshed.
"A few parts felt slightly dated, especially concerning software versions or current industry reporting nuances."
"While the core concepts are sound, updating some sections with the latest trends or tool features would make it even better."
"I noticed a few examples or interface details that seemed from an older version of Excel or Power BI."
Some advanced topics could use more detailed coverage.
"While a solid introduction, I feel some advanced concepts like forecasting or specific modeling techniques could have been explored more deeply."
"I would have liked to see more detailed examples or complex scenarios covered in the later sections."
"The course gives a good overview, but for someone already familiar with the basics, the depth might feel a little limited in certain areas."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Master Energy & Sustainability Analysis using Excel & BI with these activities:
Review Excel Fundamentals
Solidify your understanding of Excel basics to ensure a smooth learning experience in the course.
Browse courses on Excel Fundamentals
Show steps
  • Review basic Excel functions like SUM, AVERAGE, and COUNT.
  • Practice creating and formatting spreadsheets.
  • Familiarize yourself with Excel's interface and navigation.
Review 'Sustainability Principles and Practice'
Gain a broader understanding of sustainability principles to better contextualize energy analysis within a larger framework.
View Alter Ego: A Novel on Amazon
Show steps
  • Read the chapters on sustainability frameworks and reporting.
  • Summarize the key principles of sustainable development.
  • Reflect on how these principles apply to energy projects.
Excel Function Practice
Reinforce your Excel skills by practicing specific functions covered in the course, such as XLOOKUP, VLOOKUP, and INDEX & MATCH.
Show steps
  • Find practice datasets online related to energy consumption.
  • Use XLOOKUP to retrieve specific data points from the datasets.
  • Compare the performance of XLOOKUP, VLOOKUP, and INDEX & MATCH.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Create a GHG Emissions Inventory
Solidify your understanding of carbon accounting by creating a basic GHG emissions inventory for a hypothetical company using Excel.
Show steps
  • Define the scope of the inventory (Scope 1, 2, and 3 emissions).
  • Gather data on energy consumption, transportation, and other relevant activities.
  • Calculate GHG emissions using appropriate emission factors.
  • Present the inventory in a clear and concise Excel spreadsheet.
Energy Bill Analysis Project
Apply your Excel and Power BI skills to analyze real-world energy bills and identify potential savings opportunities.
Show steps
  • Obtain energy bills from a local business or organization.
  • Clean and organize the data in Excel.
  • Use Power BI to visualize energy consumption patterns.
  • Identify anomalies and potential areas for improvement.
  • Present your findings and recommendations in a report.
Build a Power BI Dashboard for Renewable Energy Data
Enhance your Power BI skills by creating an interactive dashboard to visualize and analyze renewable energy data.
Show steps
  • Find a public dataset on renewable energy generation or consumption.
  • Import the data into Power BI.
  • Create visualizations to show trends, patterns, and key metrics.
  • Add interactive elements like filters and slicers.
  • Design the dashboard for clarity and usability.
Review 'Sustainable Energy - Without the Hot Air'
Deepen your understanding of the quantitative aspects of sustainable energy and the potential of different renewable energy sources.
Show steps
  • Read the chapters on different renewable energy sources.
  • Analyze the energy consumption data presented in the book.
  • Compare the book's findings with current energy trends.

Career center

Learners who complete Master Energy & Sustainability Analysis using Excel & BI will develop knowledge and skills that may be useful to these careers:
Energy Data Analyst
An Energy Data Analyst collects, analyzes, and interprets energy-related data to identify trends and insights. This course helps build a foundation in energy analysis and Excel/Power BI. Energy Data Analysts use tools like XLOOKUP, VLOOKUP, and INDEX & MATCH and this course provides a means to learn them. Furthermore, this course teaches skills in data cleansing and heat map visualization using Power BI, essential skills for Energy Data Analysts.
Energy Manager
An Energy Manager develops and implements energy management strategies to reduce energy consumption and costs in buildings and organizations. This course helps build a foundation in energy analysis fundamentals, key metrics like EUI and ECI, and advanced techniques like CUSUM analysis. The Energy Manager will learn to track and analyze utility bills and energy consumption patterns using Excel and Power BI. The course also discusses regression analysis.
Energy Analyst
An Energy Analyst identifies opportunities to improve energy efficiency and reduce energy costs. This course helps build a foundation in energy analysis fundamentals, renewable energy data analytics, and sustainability reporting frameworks. The course's focus on Excel mastery, including advanced formulas and data manipulation techniques, provides tools for analyzing energy data and creating models for forecasting energy consumption. The course also covers Greenhouse gas reduction analysis, which is vital for Energy Analysts.
Sustainability Manager
A Sustainability Manager leads an organization's sustainability initiatives and ensures compliance with environmental regulations. The course's coverage of carbon accounting, GHG emission scopes, and sustainability reporting frameworks like GRI and TCFD is highly relevant. A Sustainability Manager will use Excel and Power BI to track sustainability performance and communicate progress to stakeholders. This course teaches these skills with an emphasis on energy and sustainability.
Sustainability Reporting Manager
A Sustainability Reporting Manager oversees the preparation and publication of an organization's sustainability reports. This course helps learn about sustainability reporting frameworks such as GRI and TCFD. Sustainability Reporting Managers need to understand carbon accounting and greenhouse gas emission scopes, which are fundamentals included in the course. Furthermore, the course helps build a foundation in data analysis which is essential to the Sustainability Reporting Manager.
Utility Analyst
A Utility Analyst analyzes utility bills and usage data to identify cost-saving opportunities and ensure accurate billing. This course focuses on data analysis using Excel and Power BI. The course helps develop skills in understanding the components of an energy bill and tracking utility bills. An understanding of the Analyze Data feature in Excel 365 for utility tracking is especially relevant for the Utility Analyst.
Sustainability Consultant
A Sustainability Consultant helps organizations develop and implement sustainable practices. This course helps build a foundation in sustainability analysis, greenhouse gas emissions analysis, and sustainability reporting frameworks. The course delves into Excel and Power BI, thus helping Sustainability Consultants analyze data, visualize insights, and create reports. This course’s instruction in key metrics like the Energy Utilization Index and Energy Cost Index may be especially relevant to a Sustainability Consultant.
Carbon Accounting Analyst
A Carbon Accounting Analyst quantifies and reports an organization's greenhouse gas emissions. This course helps build a foundation in carbon accounting fundamentals and greenhouse gas emissions analysis, including Scope 1, 2, and 3 emissions. Carbon Accounting Analysts use Excel and Power BI, and the course will guide them in applying these tools for data analysis and reporting. The course also refers to Sustainability Reporting Frameworks like GRI, TCFD, and CDP.
Renewable Energy Project Manager
A Renewable Energy Project Manager oversees the development and implementation of renewable energy projects. This course helps build a foundation in renewable energy data analytics and financial analysis, including payback period and benefit cost ratio calculations. Renewable Energy Project Managers can leverage this course's focus on Excel and Power BI to manage project data, track performance, and communicate results to stakeholders. Further, the course specifically addresses solar and wind energy data analytics.
Energy Consultant
An Energy Consultant advises clients on strategies to improve energy efficiency, reduce energy costs, and meet sustainability goals. Excel and Power BI help Energy Consultants analyze energy data, model energy consumption, and present findings to clients. The course focuses on building skills in energy analysis fundamentals, greenhouse gas emissions analysis, and financial analysis, all of which are important for Energy Consultants. The course also touches on renewable energy project analysis.
Environmental Analyst
An Environmental Analyst assesses and mitigates environmental risks and impacts. The course's focus on greenhouse gas emission scopes and sustainability reporting frameworks helps Environmental Analysts understand and report on environmental performance. Environmental Analysts often need to analyze data and create reports, and this course's focus on Excel and Power BI can prove useful. Furthermore, the course provides instruction on global climate policies.
Energy Efficiency Specialist
An Energy Efficiency Specialist evaluates and recommends energy-saving measures for buildings and industrial processes. This course may be useful when learning CUSUM analysis to identify energy-saving opportunities and regression analysis to predict energy consumption. The course's coverage of financial metrics, such as payback period and benefit-cost ratio, helps assess the economic viability of energy efficiency projects. The course additionally introduces weather adjusted energy consumption analysis.
Climate Change Analyst
A Climate Change Analyst researches and analyzes climate change data and trends to inform policy and business decisions. This course may be useful in learning carbon accounting fundamentals, greenhouse gas emissions scopes, and sustainability reporting frameworks. The course's focus on data analysis using Excel and Power BI can provide a foundation for Climate Change Analysts when working with climate-related data. The course also provides an understanding of global climate policies.
Data Visualization Specialist
A Data Visualization Specialist creates visual representations of data to communicate insights and trends. This course focuses on using Power BI for data cleanse and heat map visualization, which are helpful skills for Data Visualization Specialists in the energy and sustainability sectors. The course may also be useful in learning DAX in Power BI, which helps enhance data analysis and visualization capabilities. The course is focused towards energy applications.
Financial Analyst
A Financial Analyst analyzes financial data, prepares reports, and provides insights to inform investment decisions. This course may be useful to a Financial Analyst when evaluating the financial viability of energy efficiency and sustainability projects. This course helps build a foundation in calculating key financial metrics like Payback Period and Benefit-Cost Ratio. The course also covers renewable energy project analysis, and helps learn about Time Value of Money.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Master Energy & Sustainability Analysis using Excel & BI.
Provides a quantitative analysis of sustainable energy options, focusing on the energy needs of the UK. It offers a clear and accessible explanation of the challenges and opportunities of transitioning to a sustainable energy system. While the focus is on the UK, the principles and methodologies are applicable to other regions. It is more valuable as additional reading.
Provides a broad overview of sustainability principles, which is helpful for understanding the context of energy analysis. It covers various sustainability frameworks and reporting standards, complementing the course's focus on GRI and TCFD. While not directly focused on Excel or Power BI, it provides essential background knowledge. It useful reference for understanding the broader implications of energy and sustainability analysis.

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