This Module introduces the Final Project in full detail. You will learn what is required to complete the project and place it in the context of the global energy market. The learning objectives of the course include not just exposure to the structure and performance of energy markets, but most importantly, the determination of what the structure and performance of these markets mean for the business in which you might be engaged. To create this “laboratory” where you can test out you hypothesis of viability, we need to create a “project” against which we can test certain assumptions. For this purpose, we will spend a week understanding just what is expected for the project as well as identifying some of the major parameters of the project.
By the end of this lesson, you should be able to:
Please watch the following video interview with Nicolle Natali. If this video is slow to load here on this page, you can always access it and all course videos in the Media Gallery in Canvas.
Once the video begins to play, you can access the transcript for this video by choosing the transcript icon, to the right of the magnifying glass icon, in the upper right corner of the video player.
This lesson will take us one week to complete. Please refer to the Course Calendar for specific due dates. Specific directions for the assignment below are in the Lesson modules in Canvas.
If you have any questions, please post them to our Questions? discussion forum (not email). I will not be reviewing these. I encourage you to work as a cohort in that space. If you do require assistance, please reach out to me directly after you have worked with your cohort --- I am always happy to get on a one-on-one call, or even better, with a group of you.
This course offers students a broad introduction to project decision-making in the energy industries, and the impacts that markets, institutions and regulations have on investments and decisions made by firms in the energy industries. Topics to be covered include a discussion of market structures for natural gas, crude-oil, transportation fuels and electric power; basic project evaluation and decision-making for energy projects; and the impacts of major environmental regulations at the state and federal level of the functioning of energy markets and energy project decision-making. - Directly from the course catalog.
As this course is part of a Master's Degree in professional Studies, real-world application of the concepts in the course is paramount to the design of this course. Consequently, we introduce the project in the first few weeks of the course so that the student can immediately begin to apply the course content presented in the following modules to a real-world problem, which the student hopefully either finds applicable to his current or future profession or just particularly interesting. Either way (or potentially both) the student will be learning the content with an eye to how the content about market structure and financial principles may have on the chosen project. The intent of the project is to allow you to define an interesting or important problem and learn how the dynamic regulatory and market landscape will affect outcomes. You will not be penalized for taking on too grand or too small a project. You will learn, however, as you go through the project, that you may have chosen too grand or too small a project... but, that is important learning, too. The design of the course and the intent of the instructor are to allow for corrections should this become a problem. Please understand that you are being granted some serious agency, here, and that should help you gain control of your own learning and success. But also understand that the cohort and your instructor are available to help should the lack of "guardrails" be more of a hindrance than a help. The energy transition is very dynamic at this point in time. Therefore, the opportunity to generate a dynamic project without overwhelming constraints most closely reflects the industry that we are studying.
The project will be defined as such:
Investigate an energy project that you as a developer or corporate decision maker would like to construct or replace. This investigation will include the development of a full financial model to inform investment decisions as well as test various scenarios for the project’s development. We will also develop a full stakeholder register and a review of how governmental policy would affect your project. The project will be worth 700 points of your grade. They will be divided scored as shown below:
Task number | Task | Points |
---|---|---|
1 | Project Charter and Stakeholder Register | 75 |
2 | Development of Revenue Time Series | 50 |
3 | Development of Operating Expense Time Series | 50 |
4 | Development of Capital Costs | 50 |
5 | Development of Financial Metrics | 50 |
6 | Program Excel Financial Model | 50 |
7 | Development of Risk Management Measures | 50 |
8 | Development of Policy Sensitivities | 50 |
9 | Development of Electricity Market Sensitivities | 50 |
10 | Development of Fossil Fuel Market Sensitivities | 50 |
11 | Non-Financial Costs and Benefits | 75 |
12 | Final Presentation of Results | 100 |
Total | -- | 700 |
Each of the tasks will require some quantification to ultimately assess the financial value of your project, but there will also be a required write-up of the derivation of your values. Instructions will be provided in each module on what is required.
Client: Someone who pays for goods or services.
Locale: A place where something happens.
In the case of your project, you will be required to identify exactly who is going to pay for the energy that your project is going to produce. This “who” can be many different people or entities, but determining this upfront will be very important. For example, we could have a client be a residential customer installing a solar rooftop, a large commercial building upgrading its HVAC system, a big box retail customer wanting to “green up” its energy purchases, a large manufacturer who wants to install a combined heat and power system or a government agency who wants to take advantage of latent energy in its wastewater system to provide heat to district energy. The possibilities are really quite broad for defining your client.
Client definition is important though because the client will be the entity paying for the energy that is generated (saved) from your project. This may be different than the actual end-user of the energy and it is important to make sure that the client’s requirements are kept utmost in mind for the greatest success of the project.
The course is designed so that the student can be very creative with respect to client selection. There will not be specific prohibitions on client selection, however, the knowledge base of the evaluator is limited and the further the student strays from conventional technologies as well as political and economic regimes that are familiar, the more difficult will it be for there to be accurate feedback and evaluation. Innovation is encouraged, but please be ready to defend and justify your assumptions and parameters.
The locale is the “where.” But the “where” has many characteristics. For example:
This is not an extensive list, but gives one a general idea of what will need to be researched to develop your project.
A project charter is a formal, typically short document that describes your project in a general fashion — including what the objectives are, how it will be carried out, and who the stakeholders are. It is a crucial ingredient in planning the project because it is used throughout the project lifecycle and is a living breathing document that may change from start to finish. It provides a very simple guideline to which the project manager and team members can refer for clear guidance when reaching or (not reaching) milestones. It can be modified as the project evolves, but will always provide the direction to ensure that the project does not drift. Typical elements of the project charter will include the following elements:
As we will be going into a great deal of detail on many of these elements as that is the point of the course, the only elements that the Project Charter that must be included for now are:
In Canvas, please take a look at the example project charter and stakeholder register submitted by your peers in a previous semester. They provide great examples for how to think about this.
Stakeholder: A person with an interest or concern in something, especially a business.
So this is the rest of the “who” after we define the client.
According to the Project Management Institute, project stakeholders are defined as: “Individuals and organizations who are actively involved in the project, or whose interests may be positively or negatively affected as a result of project execution or successful project completion.” An addition to this definition would also include those who believe their interest may be affected by the project. This is a very useful definition as it allows us to cast a very wide net to make sure that all the people and institutions that will be affected by our project are considered.
While the stakeholder identification process is begun and hopefully very close to completed at the beginning of project development, it is an on-going process with certain stakeholders leaving and potentially appearing as the project evolves. It is therefore very important to be flexible and alert for the disappearance and emergence of stakeholder as the project develops. The specific steps we can take in the Identification Process are:
Let’s take a look at each of the steps to define what we must do to complete these steps:
A full development of the stakeholder register along with the actual information for your locale, technology and client for your project will be required as a completion requirement for the final Project write-up.
Let us now take a look at who the most likely stakeholders for a solar project might be:
See if you can increase the list. Remember to appropriately de-risk the project, the identification of, and communication with, the important stakeholders is paramount from the very beginning.
Certain Stakeholder Roles May Include:
The developer is responsible to devise and manage the whole process from ideation to delivery of the project and in many cases through portions of the active life of the project.
The lender provides capital dollars to the project. The lender will require statements of satisfactory financial viability ( a Pro Forma among other documents) as well as proof of other approvals (environmental, utility, zoning…)
Each of these may have to weigh in or grant certain approvals.
There are some different facets to the labor question. Making sure that there is appropriate human resources to complete the specific project is important, but there may also be certain areas of backlash as other workers could be displaced by solar energy. There is a significant push to ensure that re-training of energy workers occurs to ensure a renewable energy workforce that is fit for purpose.
There may be local interest groups who are very strong supporters of sustainable development for instance; there may also be local interest groups opposed to your development for reasons such as clashing with the natural landscape.
Similar to the local groups support and opposition can be found for solar development which could impact your project.
Supply chain issues are much more prevalent with the current level of solar penetration than they have ever been. Special care to treat these very important stakeholders well will mitigate significant risks in delivery of the project.
See if you can develop these roles further in your own thinking as well as identify more as we work through the course. Please take a look at the sample stakeholder register that has been submitted by a student in AE 878 that is a great example of how to think about this:
A good way to think about stakeholder management in particular is to look at the following image:
Here we see the intersection of interest and influence. As we work through the course, see if you can think of the stakeholders that will be introduced and how you might manage them. While this is not a course in project management, we are learning about energy markets through the lens of developing a project.
Here we want to be sure that as we talk about energy markets we become aware that there may be benefits of energy development outside of the localized strict financial analysis There may be incremental jobs as a result of the development. There could be reduction in carbon footprint as a result of the project. There could be many others. There may also be costs associated with the project that are not captured in the strict localized financial analysis such as increased carbon, flicker from a wind turbine, or the fouling of the view through a solar development.
This Module introduced the Final Project in full detail. We hope you learned what is required to complete the project and place it in the context of the global energy market. The learning objectives of the course include not just exposure to the structure and performance of energy markets, but most importantly, the determination of what the structure and performance of these markets mean for the business in which you might be engaged. To create this “laboratory” where you can test out you hypothesis of viability, we are creating a “project” against which we can test your assumptions. For this purpose, we spent this week understanding just what is expected for the project as well as identifying some of the major parameters of the project.
You have reached the end of Lesson 2! Double-check the What is Due for Lesson 2? list on the first page of this lesson to make sure you have completed all of the activities listed there before you begin Lesson 3.
Links
[1] https://creativecommons.org/licenses/by-nc-sa/4.0/
[2] https://www.pmi.org/learning/library/charter-selling-project-7473
[3] https://www.linkedin.com/pulse/what-stakeholder-analysis-dr-lean-murali/
[4] https://projectmanagementacademy.net/resources/blog/what-is-a-stakeholder-register/
[5] http://instituteprojectmanagement.com