Why transportation decarbonization starts with integrated planning

Transportation electrification is accelerating across ports, transit systems and freight operations. But replacing diesel-powered vehicles and equipment is only one part of the challenge. 

Successful decarbonization requires fleet planning, charging infrastructure, energy supply and utility readiness from the outset. In this Q&A, Jacobs’ Senior Project Manager, Zero Emissions Transportation David Nguyen and Energy Technologist Steven Jenks discuss why integrated planning matters, drawing on lessons from major port electrification programs in Virginia and Cleveland. 

Why does transportation decarbonization require planning beyond electrifying vehicles and equipment? 

David: Many organizations begin their decarbonization journey by focusing on the assets themselves, whether that's cargo handling equipment, terminal trucks, locomotives or other fleet vehicles. However, electrification affects much more than the equipment itself — it influences how facilities operate, how energy is supplied and how organizations plan for growth. That's something we've seen firsthand on projects like the Port of Cleveland and the Port of Virginia, where electrification extends far beyond replacing diesel equipment. 

Steven: That's where the energy and power side becomes critical. Every decision around fleet electrification affects power demand, utility infrastructure, battery storage requirements and long-term grid capacity. Organizations often discover that electrification is as much an infrastructure challenge as it is a transportation challenge. By bringing transportation decarbonization and energy and power specialists together from the start, we give clients a more complete understanding of the challenges and opportunities ahead, enabling solutions that are practical to implement. 

What separates successful electrification programs from those that struggle to move forward? 

David: Successful programs start with clarity. Organizations need to understand how to transition to zero-emission operations without putting reliability or growth at risk. That's why integrated planning is critical. Every major decision has implications beyond the asset being electrified. A change to fleet strategy can affect infrastructure investments, operating models and long-term energy demand. 

Steven: They're also looking for confidence that the infrastructure will be ready when needed. That requires close coordination between transportation planning and energy planning. Understanding utility capacity, interconnection requirements, battery storage opportunities and future energy demand upfront provides greater delivery certainty and creates a more resilient pathway to implementation. 

How can organizations move from an electrification vision to implementation? 

David: Many organizations have ambitious decarbonization goals, but translating those ambitions into an actionable roadmap can be challenging. Electrification decisions need to account for how the organization operates today, when equipment is due for replacement, and what infrastructure and utility upgrades will be needed to support future growth. Without that understanding, it's difficult to create a realistic pathway from strategy to execution.  

At the Port of Cleveland in Ohio, Jacobs developed a comprehensive electrification master plan and long-term roadmap to support the Port's transition toward net-zero emissions. The plan looked beyond equipment replacement to consider how the Port's operations, energy systems and infrastructure would need to evolve over time. 

Steven: The planning process also identified the infrastructure and utility requirements needed to support electrification over the long term. What made the approach different was the continuous feedback loop across our team. Transportation specialists were feeding operational, fleet and charging assumptions into our energy models from the beginning. As energy and power specialists assessed utility capacity, energy demand, battery storage and renewable energy opportunities, those findings fed directly back into the transportation planning process.  

Rather than developing a transportation plan and then asking energy and power specialists to design around it, we evolved the solution together. That integrated roadmap ultimately became the foundation for the Port's successful Environmental Protection Agency (EPA) Clean Ports Program application and the implementation of a $104 million electrification program. 

What does successful electrification look like at scale? 

David: Once an organization has a roadmap, the focus shifts to implementation. At that stage, the challenge becomes maintaining alignment as programs grow in complexity and scale, ensuring infrastructure and energy needs evolve alongside day-to-day operations.  

The Port of Virginia's GO Zero NOW Clean Ports Program illustrates what implementation at scale looks like in practice. Located within one of the United States' busiest port complexes, the program includes more than 200 battery-electric vehicles and cargo-handling assets across multiple terminals. Supported by six consolidated charging hubs, the program demonstrates that port operations can electrify at scale without sacrificing performance.  

Steven: Programs of scale require early coordination between transportation, energy and utility stakeholders, along with long-term infrastructure investment. Our multi-disciplinary team works with organizations to anticipate future energy demand and ensure infrastructure is ready to support electrification as programs scale. 

Together, the Cleveland and Virginia projects show the value of bringing transportation and energy planning together from the outset. They also demonstrate Jacobs' ability to support clients from early strategy and master planning through design and implementation of some of the largest and most ambitious port electrification programs underway today. 

What's the key to successful transportation electrification? 

David: The most successful decarbonization programs view electrification as a system transformation rather than an equipment replacement exercise. Success comes from taking a coordinated approach, with infrastructure, operations and energy planning aligned from the start. 

Steven: Start early. Cleveland and Virginia prove the point. The roadmap held up during the build phase because the planning came together early. Ultimately, successful decarbonization depends on solutions that work in practice, not just on paper.