Nextpower is integrating more of the technologies needed to advance the next era of clean energy infrastructure – from solar trackers and foundations to electrical systems, power conversion, and energy storage. Delivering these technologies at scale requires sophisticated global operations that bring together engineering expertise, manufacturing capacity, supply-chain coordination and long-term services to support customers throughout the power plant lifecycle.
That's where Nextpower’s new Chief Operating Officer Robert Vinje comes in.
Vinje brings more than 30 years of experience building and managing complex global operations across the semiconductor, technology and renewable energy industries. His career includes leadership roles at Cypress Semiconductor, SunPower, Amazon and SOLARCYCLE, where he has overseen everything from advanced manufacturing and factory development to large-scale infrastructure operations and long-term asset management.
At Nextpower, Vinje is applying that experience to strengthen manufacturing quality, improve supply-chain visibility and on-time delivery, and connect operations more closely across the solar project lifecycle.
In this Q&A, Vinje discusses the advanced manufacturing practices and operational systems Nextpower is putting in place, how the company is preparing to scale the domestic manufacturing of new technologies such as power conversion, and why a more connected approach from factory to field can deliver greater reliability, transparency, and long-term value for customers.
Q: You’ve scaled global operations across semiconductors, solar, technology and other industries. What lessons from those environments are most relevant to Nextpower today?
Robert Vinje: Always have a Plan A, a Plan B and a Plan C, because the plan is always going to change. The world throws challenges at you every day, but especially now with what's happening in the energy industry. The combination of growing demand for power, the transition to cleaner energy and global supply-chain concerns is unprecedented. Nextpower is in a unique position to help lead that transformation, and our job is to problem-solve, continuously learn, and adapt so we can deliver the results our customers expect.
My career has taught me the importance of establishing processes that allow you to anticipate your operations rather than suddenly reacting to results. Ultimately, you drive results by constantly monitoring the inputs.
You don’t want to find out a truck is late after it doesn’t arrive at the customer site. We want to see the leading indicators at steps one, two, or three that tell us there may be a problem by step 12.
That's the approach we're taking at Nextpower. We're monitoring and driving the inputs and leading indicators to see what's happening much earlier in the process, from manufacturing through the successive stages of supply-chain execution. That gives us more opportunity to identify issues, make adjustments and deliver the results our customers expect.
Q: When you came on board as COO, what opportunities did you see to build on Nextpower’s operational foundation?
Robert Vinje: What stands out immediately is the customer focus. I've known Dan Shugar and Howard Wenger dating back to our SunPower days together 20 years ago, and I know we are always asking: What does our customer want? What do they need? What can we do for them?
The overarching opportunity is to continue delivering what our customers need and expect while also innovating in ways they may not have anticipated.
From an operational perspective, the next evolution is bringing more of an advanced manufacturing mindset to solar power plant deployment for global scale, particularly around on-time delivery, quality and the overall customer experience.
At Amazon, for example, we developed new ways to track packages and keep customers informed as the delivery network became more complex. Our customers at Nextpower are no different. They want to know exactly where their equipment is and when it's going to arrive.
We already provide much of that visibility through NX One, our connected software platform, but we're focused on taking it further. As our product portfolio, manufacturing ecosystem, and supply chain continue to expand, we have an opportunity to give customers a more predictable and integrated experience from procurement through construction and long-term operations.
Q: How does a global organization like Nextpower maintain operational excellence while continuing to scale and expand into new product areas and customer applications?
Robert Vinje: As I think about scaling an organization, I use a framework of Purpose, Process, and People. I’ve applied it throughout my career, from starting a factory on what was literally a rubber-tree farm in Malaysia, to ramping an existing facility in the Philippines, to new buildings across the United States, to new facilities, assets, and operations around the world.
Purpose means knowing what we are planning to do so we know how to execute it. You need to understand the vision, the mission and the values. Plan to execute, then execute the plan.
Process is at the center of the execution. We use proven factory and operational processes such as closed-loop learning, Kaizen and Six Sigma approaches. The goal is to drive a planned output, at a planned quality, and a planned cost.
People – the right people, in the right positions – are what elevate results beyond spreadsheet expectations. We invest more than $100 million in R&D annually to develop products and technologies that create additional value for customers, but that investment works best when there are people who feel empowered to deliver the desired results, maintain a high level of ownership , and drive continuous learning and improvement.
Put great people on the team, give them purpose and process, and let them run. Let them innovate. Let them feel proud of what they’re accomplishing and continue to set high expectations with relentless positivity.
That combination gives you a repeatable operating model. As Nextpower expands into new technologies, we're applying those same disciplines to help ensure our growth is supported by the processes and people needed to execute consistently.
Q: Nextpower has plans to bring 10 GW of new power-conversion manufacturing capacity online in the United States in 2027. How do you approach the challenge of ramping a completely new manufacturing operation for the company?
Robert Vinje: We have ambitious manufacturing plans, but we're approaching them with established methods for launching, ramping, and managing complex operations.
I've helped set up hundreds of factories in my career. When you've done this as much as I have, you learn that starting any factory is both hard and – I won't say easy, because no factory is easy – but familiar.
It’s hard because you’re starting up an entire operation with facilities, equipment, people, and processes, and eventually everything needs to come together and work together.
But we and our manufacturing partners have done this many times before. We’re applying tried-and-true processes and playbooks built from decades of continuous improvement and lessons learned across advanced semiconductor manufacturing, solar manufacturing, retail operations, and recycling factories.
It's a lot of work, no doubt, and I respect how difficult the work is. But we're bringing a repeatable process and considerable experience to it.
Q: You were involved in semiconductor manufacturing earlier in your career. How is Nextpower incorporating advanced manufacturing processes across its supply network?
Robert Vinje: Our operational goal is continuous improvement, and that includes our contract manufacturing partners.
We have scaled an incredible company working with contract manufacturing partners and trusting those partners to deliver quality. Now we’re taking the next step for our customers by working more deeply inside those factories. We want our teams working alongside our partners, looking at the processes themselves and using monitoring with statistical process controls to understand where there are opportunities to improve.
Statistical process control is important. At Nextpower you hear SPC and think self-powered controller, of course. But coming from semiconductors, when I hear SPC, I think statistical process control charts. I think about quality and process capability, and understanding whether a manufacturing process is actually operating consistently within the control limits and specification limits you have established.
We're implementing Six Sigma methodologies and statistical process control within our suppliers’ factories with continuous monitoring to help identify and prevent process excursions earlier. We’ll be bringing a Kaizen mindset to those relationships: rapid cycles of learning, more thorough corrective-action processes, and better sharing of those learnings across our manufacturing partners.
You want to understand the process that created the product. That allows us to identify variations earlier, before they become downstream quality issues. It also helps improve process optimization, cycle times, inventory management, and product traceability.
And when we learn something in one factory, we want to apply that learning across our manufacturing network. That's how you continuously improve quality and consistency at scale.
Q: Nextpower's focus on system integration is a product engineering challenge, but what does all of this integration mean for the company operationally?
Robert Vinje: Closer integration and teamwork are a big part of the answer. Organizations like Nextpower cannot have walls between them. Our teams need to work fluidly together, from product development and technology transfer through high-volume manufacturing, commissioning, and long-term service.
That requires clear deliverables, shared goals and a maturity-based review process for bringing new technologies into production. But it also means thinking about how a product will be installed, operated and serviced long before it leaves the factory.
Take our new inverter, for example. Having been in this industry for 22 years, this is the best-designed inverter product I've seen in my career. And I say that because it's designed for performance and serviceability. It's designed so that trained customers can perform certain service activities themselves.
The product architecture and the service model have to work together. You want the equipment to perform, but when service is required, you also want qualified people to be able to access what they need and restore it efficiently.
For Nextpower, operational excellence means making a highly reliable, high-quality product and delivering it on time and in the way the customer wants it. And we're here for the customer for the entire lifetime of the project. If something happens tomorrow or 15 years down the road, we will be there to help.
Think about the headaches and uncertainties we can eliminate for customers by applying that kind of integrated approach across the entire plant and throughout its operating life.
Q: How does this integrated systems approach to solar project design and delivery then impact long-term performance?
Robert Vinje: The bigger opportunity comes from integrating communications and controls across our products.
We have a consolidated approach to providing customers with trackers, eBOS, inverters, robotics, and battery storage – every major component of a solar power plant but the panel. We can optimize power generation through the tracker and controls, move that energy through the electrical balance of system and power-conversion equipment, and collect information across those systems.
Then we can bring that information together through our monitoring capabilities and use it for continuous learning that informs everything from energy modeling and plant design, to tracker operations and power conversion controls to even corrective maintenance schedules and panel cleaning.
The continuous-learning loop is the key. Information from operating plants in the field can help us understand where systems are performing well, where improvements are needed at the design level, and how to optimize everything from energy production to maintenance. Over time, those insights can inform better product designs, more effective operating strategies, and better-performing projects for our customers.
Q: How does software fit into the operational model you're building, and what should customers expect as it evolves?
Robert Vinje: Nextpower has an enormous amount of data available, from the factory to the field. Our goal now is to make all of that data more accessible, useful, and transparent.
Our customers should expect us to continue improving quality, on-time delivery, and the overall customer experience. We're implementing new enterprise software systems, improving leading indicators and introducing more factory-like metrics throughout the supply chain. We're also developing more forward-looking delivery capabilities and looking at how we can better connect our enterprise systems with the tools our customers use.
NX One will be an important customer-facing part of that experience, but there's a lot happening operationally behind it.
We're also seeing what becomes possible when we share operating data with other stakeholders. Our work with kWh Analytics, for example, demonstrates how real-world hail-stow performance data can help insurers better evaluate project risk and potentially offer more favorable insurance terms. That is one example of how operational data can create value beyond the immediate equipment or service.
The larger opportunity is to connect what we learn across the entire lifecycle — from factory processes and supply-chain execution to commissioning, monitoring and long-term operations.
If we can identify a manufacturing issue earlier, we can improve product quality. If we can anticipate a delivery issue earlier, we can help customers plan construction more effectively and speed up time to power. And if we can learn more based on our products' real-time performance in the field, we can use that information to improve future designs, service strategies and operating processes.
That's where I see Nextpower leading. We're connecting more of the power plant, and we're building the operational systems to support it. The more we see, measure, and learn across the entire lifecycle, the better we can build faster, lower risk, and help our customers generate more energy from day one through decades of operation.