America’s clean energy transition has entered a more practical phase. The conversation is no longer focused only on how much renewable energy the country needs, but on how effectively that energy can be developed, connected to the grid, permitted, financed, and operated over the long term.
As electricity demand evolves, challenges surrounding aging infrastructure, limited grid capacity, permitting timelines, land constraints, and interconnection have become increasingly important. Meeting future energy needs will require more than technological progress. It will require careful development strategies and leaders who understand how engineering, land, infrastructure, regulation, and execution come together.
Becky Koze, Director of Development at Dispatch Energy, brings this practical perspective to the renewable energy industry. Her professional journey from civil engineering and utility-related consulting into solar development has shaped an approach grounded in technical understanding, early diligence, disciplined processes, and long-term project viability.
From Engineering to Energy Development
Becky began her career on the consulting engineering side, working across a range of projects that included utility upgrade initiatives. This experience gave her firsthand exposure to vulnerabilities within parts of the existing grid, including aging infrastructure, capacity constraints, and systems that were not designed for today’s level of demand.
That experience changed how she viewed renewable energy.
Solar and energy storage represents more than a clean energy opportunity. They also offered a pathway toward greater resiliency and reliability. At the same time, Becky wanted to move beyond the narrower perspective of consulting and become involved in the complete development lifecycle.
Consulting allowed her to focus on a particular portion of a project before moving on. Development offered the opportunity to remain involved in the initial site concept through construction and long-term operations. That broader perspective ultimately drew her toward solar development and continues to influence the way she approaches projects today.
Seeing More Than a Parcel of Land
Becky’s civil engineering background provides an important advantage when evaluating potential solar sites.
For her, land is not simply a question of acreage. It is about understanding how terrain, environmental conditions, drainage patterns, grading requirements, and infrastructure needs will influence the project that can ultimately be built.
Floodplains, wetlands, and topography are among the first constraints considered when assessing a potential site. These factors can quickly change the feasibility of a project. A property may appear attractive at first, but physical or environmental conditions can make development considerably more complex.
Interconnection of feasibility and hosting capacity are equally important. A site can satisfy engineering and environmental requirements and still fail to become a viable energy project if the grid cannot absorb the proposed generation.
For this reason, Becky approaches land assessment and interconnection assessment as parallel processes from the beginning. This allows development teams to identify major constraints before substantial time and capital are invested in a project.
Making Early Diligence a Development Advantage
Complex or undeveloped land often brings several challenges at once. Irregular topography, limited infrastructure, access concerns, unclear title or access history, and environmental sensitivities can all affect the development process.
Becky’s approach is to bring engineers, environmental specialists, and land teams together early rather than addressing these disciplines one after another.
This front-loaded diligence helps identify the constraints that are most likely to shape a project before a significant amount of design work has been completed. It also reduces the likelihood of discovering a major issue after time, and capital has already been committed.
Her experience in traditional subdivisions and land development reinforced this approach. Similar-looking sites can behave very differently once teams begin working with the physical realities of the property. Understanding topography, drainage, and grading decisions requires practical experience, while early diligence helps ensure that difficult questions are addressed before they become larger problems.
For Becky, the lesson is simple: known constraints are easier to solve than unexpected constraints discovered midway through development.
Planning Permitting Into the Project
Permitting can become one of the most significant sources of uncertainty in energy development if it is not addressed early.
Becky approaches this challenge by creating a permit matrix at the beginning of a project. The matrix identifies the approvals required, the agencies involved, and a realistic timeline for each stage of regulatory review.
The overall project schedule is then developed around those requirements.
This approach recognizes that regulatory review does not necessarily move at the same pace as construction. Permitting follows agency processes and review timelines, and those timelines need to be respected from the outset.
By treating permitting as a fundamental part of development rather than an afterthought, teams can establish schedules that are more realistic and resilient. The result is a process designed around how projects actually progress rather than how developers might hope they will progress.
Engineering for Resilience
The engineering of a solar site also has important environmental implications.
Erosion control, stormwater management, and drainage design are critical not only for protecting the project itself, but also for protecting neighboring properties and the broader environment. A site that is improperly graded or inadequately managed for stormwater can create downstream impacts.
These considerations also influence the amount of land that can ultimately be used.
When erosion control and drainage requirements are incorporated early, development teams can account for buffers, mitigation, and other requirements during the design process. If these issues are addressed too late, they can compromise long-term site stability or reduce usable acreage.
For Becky, responsible engineering and environmental planning therefore go hand in hand with project viability.
Addressing the Interconnection Challenge
Among the most persistent challenges facing solar development is interconnection.
Utility queues have grown significantly, while interconnection timelines and costs can materially affect the economics of a project. A site’s potential can change considerably between an initial study and a final interconnection agreement.
Becky’s strategy is to submit interconnection applications early and make informed decisions quickly when results do not support the project’s original assumptions.
This approach helps development teams avoid spending unnecessary resources on projects that may not ultimately be able to connect economically.
It also reflects a broader reality of the clean energy transition. Renewable generation can only scale effectively when the infrastructure supporting it evolves at the same time. Grid capacity, transmission limitations, and interconnection processes will continue to influence how quickly new energy projects can move from development to operation.
Leadership Through Alignment
Becky’s role extends beyond individual projects. She leads a national development team and focuses on both early-stage asset development and the processes that allow teams to evaluate sites, track risk, and move projects through the pipeline consistently.
This emphasis on process is particularly valuable in an industry where development involves multiple disciplines and stakeholders.
Regular coordination among engineering, environmental, and land teams helps ensure that decisions are made with a complete understanding of the project. Communication with regulators and landowners is equally important because maintaining transparency and trust can make it easier to address challenges when they arise.
Becky views her role as keeping these different perspectives connected to the larger objective. Each discipline naturally focuses on its own area of responsibility, but successful development depends on ensuring that those individual efforts contribute to the progress of the entire project.
Making Innovation Practical
The next phase of solar development will be shaped not only by new technologies, but also by better ways of making development decisions.
Becky points to improved data and modeling tools for interconnection and hosting capacity as an important development. Better information allows developers to screen potential sites more quickly and with greater confidence, reducing the resources spent pursuing projects that were unlikely to interconnect economically.
Energy storage is another important shift.
Rather than treating storage as an addition after a solar project has been developed, it is increasingly being considered at the development stage. Storage can change the interconnection equation and influence the overall value proposition of a site.
Becky also sees continued standardization of permitting and interconnection processes as an important opportunity. Many delays in the industry are procedural rather than purely technical, making process improvements an important part of accelerating deployment.
Moving From Ambition to Execution
Looking beyond 2026, Becky expects the industry to move increasingly from ambition toward execution at scale.
The technologies needed to support the clean energy transition are becoming increasingly proven. The next challenge is deploying those solutions faster and more efficiently while maintaining reliability and financial discipline.
Energy storage and grid modernization will be central to this effort. As renewable generation expands, stronger infrastructure and greater flexibility will be needed to support reliable energy systems.
At the same time, developers will need to address interconnection queues, transmission limitations, and the challenge of structuring projects that remain bankable in a tighter financing environment.
For Becky, solving these practical bottlenecks will be critical to determining which projects and development strategies can succeed as the industry scales.
Building for the Long Term
What distinguishes Becky’s approach is its focus on the complete lifecycle of an energy project.
Her civil engineering background encourages her to look closely at the physical realities of land and infrastructure. Her development experience brings attention to permitting, interconnection, risk, and project schedules. Her leadership role adds another dimension by creating processes that allow teams to approach development consistently across different markets.
Together, these perspectives create a grounded approach to renewable energy development.
The energy transition is often discussed in terms of scale, technology, and urgency. Yet every large-scale project ultimately depends on careful decisions made during the earliest stages of development. Understanding the land, evaluating infrastructure requirements, anticipating environmental and regulatory considerations, assessing grid capacity, and maintaining financial discipline all contribute to whether a project can successfully move from concept to operation.
Becky’s work sits directly within this space between vision and execution. By applying engineering discipline, early diligence, collaborative development, and a clear understanding of grid and permitting realities, she is helping create a more practical pathway for renewable energy deployment.
As America works to modernize its energy infrastructure and meet growing demand, the industry will need leaders who can navigate complexity without losing sight of execution.
The future of clean energy will depend not only on developing more generations, but on developing it intelligently, responsibly, and at the scale required.
For Becky Koze, that future begins with understanding the land, the infrastructure, the constraints, and the people involved, then bringing those elements together into projects built to perform for the long term.
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