6 Project Planning Mistakes That Can Derail Data Center and Renewable Energy Projects

It is not always a single major set-back that makes capital projects fail. Typically, a succession of planning mistakes converts potential risks into the delivery of equipment late, budget deficit, idle crews or facilities that fail to get in the water when needed.

This is particularly crucial for data centers and renewable energy projects. The availability of power, utility coordination, permitting, special equipment and technical interfaces should be synchronized long before construction is completed. The same disciplines are relevant in both oil and gas and maritime and infrastructure and industrial construction.

Good project planning for capital projects involves early testing of assumptions and the link between commercial decisions and technical execution.

There are six typical and common mistakes and how to avoid them.

1. Starting With an Incomplete Project Scope

An agenda based on fuzzy requirements gives a false sense of security. Disagreements over interface, capacities, performance requirements or who provides critical systems can be costly changeovers when detailed engineering or construction.

Suppose a data center owner and its contractor have conflicting opinions on what the proper backup-power needs are. All of the above can alter during the procurement process.

How to Prevent It

Approving the baseline with a definition of deliverables, exclusions, design assumptions, and acceptance criteria. Apply a work breakdown structure to define who is responsible for what and an interface register to determine the interface and dependency relationships between civil, electrical; mechanical, utility, and operations staff.

Alga Processing LLC's Project & Program Management and Governance & Maturity services help define better planning responsibilities and decision-making processes. It's also good practice for executives to establish approval gates to help them separate an agreeable idea from a project ready for action.

2. Underestimating Grid Connections, Permits, and Site Constraints

Preparing for construction does not mean being ready for operations. The area of a solar farm might not be fully developed before it is connected to the grid, and the utility capacity may be lacking for the energization of the planned load at a completed data center.

There are further constraints to consider such as environmental review, land agreements, water access, community concerns, and permits. While these things may be considered administrative issues instead of scheduling dependencies, there are certainly many surprises that can land against the developers.

How to Prevent It

Involve utilities, permitting and impacted stakeholders in feasibility. Assign a named owner to each approval, study, infrastructure upgrade and decision, and a realistic milestone.

Create alternative scenarios if the energization or permit date is not known. This is the first of Alga's Risk & Change Management and Stakeholder & Procurement Management services that will help to identify external dependencies and stakeholder expectations.

3. Delaying Procurement of Long-Lead Equipment

Often the critical elements decide if a project is going to be completed on time. Long lead time can be needed for the manufacturing, inspection, and delivery of transformers, switchgear, cooling equipment, inverters, and energy storage systems.

A project mobilizing renewable energy equipment that completes the project specification after mobilization can end up with unavailability of installation equipment. But buying the equipment early does not solve the problem if it is determined that the equipment is not applicable due to engineering changes.

How to Prevent It

Develop a procurement schedule based on engineering schedule, factory acceptance testing, transportation, site access and installation schedule. Check the supplier's capacity and determine satisfactory alternatives to the requested technology prior to ordering.

Monitor vendor milestones in conjunction with construction work and not in a separate purchasing spreadsheet. Procurement control and quality management can help to improve supplier accountability and minimize the risk of late substitutions and rework.

4. Overlooking Resource Constraints Across Multiple Projects

   
   

It may seem like a plan that seems to be attainable until the same commissioning specialists, construction supervisors, or engineering reviewers are on multiple projects at once. Skilled personnel and equipment availability becomes an issue to consider when milestones are coming together.

One example of this is when a company is developing a wind project and the data center they are expanding is also being served by the same type of electrical expertise. If both schedules play all their teams, then neither prediction is accurate.

How to Prevent It

Create a resource intensive schedule, verifying labor availability, expertise of specialists, equipment, and funding availability against the delivery sequence. Reconsider capacity when a significant milestone happens.

Portfolio Management assists organizations identify the priority of investments and allocate the scarce resources among the projects instead of optimizing individually. Training & Development can also be utilized to ready the internal teams for the implementation of new systems, reporting strategies or execution duties before the sites become busier.

5. Managing Risks and Design Changes Informally

A risk registers which is developed and then forgotten is of little value. Likewise, if scope changes are accepted informally, schedules, budgets and contractors may be based on different assumptions.

What if a data center cooling redesign is approved by engineering, but not incorporated into the electrical load study process, or into the construction sequence? The change might address a technical issue and introduce other limitations.

How to Prevent It

For each material exposure, designate a risk of owner, probability, impact, response and review date. Before authorizing, insist on proposed changes including cost, schedule, interface, safety and benefits.

Establish clear escalation levels and leverage consistent project dashboards to ensure tracking leading indicators like design approvals, procurement delays, and unresolved technical issues. This kind of disciplined oversight is provided by Alga's services in Governance & Maturity, Risk & Change Management, and Performance Tracking & Reporting.

6. Leaving Commissioning and Operational Handover Until the End

There are more than just physical changes to make, which is actually one milestone. Power and cooling reliability, control, and resiliency are expected of data centers, while renewable facilities need to check power and cooling equipment performance, protection, and readiness.

If plans are not completed on time, teams can find that there are test procedures missing, documents that have not been completed, or operators not fully trained after construction is complete. This can cause delays to accept the project and the business benefits it was designed to provide.

How to Prevent It

Ensure commissioning is planned for during design and then test, inspection, permits, system integration and handover documentation are linked to the master schedule. Establish measurable acceptance standards and determine who will use and maintain each asset.

Quality & Benefit Management is a sound tool for linking technical compliance with desired business results. Complement with Training & Development and performance reporting to ensure operational teams continue to achieve after handover.

Build a Planning Process That Holds Up Under Pressure

These six pitfalls must be avoided, and that isn't accomplished simply through a detailed initial schedule. An integrated baseline is essential for strong capital project delivery, and links to scope, approvals, procurement, resources, risks, quality, and readiness for operations.

Project sponsors may need to consider if there is evidence for critical assumptions, owners for key interfaces and contingency plans for external delays before they approve significant expenditure. To be effective, brief, decision making reviews must be conducted to ensure forecasts are compared to progress, and deviations must be escalated at an early stage of execution.

Alga Processing LLC combines Project & Program Management, Portfolio Management, and related governance, procurement, risk, quality, training and reporting services all in one place. This integrated solution enables decision-makers to have a better view, to allocate resources wisely, and to act on issues before they get out of hand.

Conclusion: Better Planning Protects Project Value

In the world of data center and renewable energy investments, it is not about paperwork, it's about a disciplined approach to managing the investment and establishing a viable path to operations. Execution is more predictable due to clearly defined scope, realistic grid and permit assumptions, procurement at an early stage, verified resources, change control and planned commissioning.

Ideal time to detect delivery issues is before they become a site delay. Check out your existing project plan for these six risks and determine what decisions need to be taken now.

Looking to take project performance to the next level? Schedule a meeting with Alga Processing LLC to address planning issues, risk issues, and how you can maximize your performance.

Alga Processing LLC is an organization that helps your business in operations and management. Its people come from various backgrounds of knowledge and experience that promote a healthy environment for your personnel. Your organization will benefit from ensuring you and your team members are there every day to give the time and talent to yield productivity to its maximum. Contact us for more information on how to help your business grow.