Director, Grid Strategy & Utility Planning

Solar Landscape is the leading commercial rooftop solar developer in the U.S. Only 4% of commercial rooftops host solar today — we’re changing that, fast. Commercial rooftop solar is the fastest, smartest way to build new clean power — delivering megawatts of generation in months, not years, and powering America’s energy and future right where it’s needed most. By turning rooftops into local power plants, we’re reshaping how — and how fast — energy gets built in the U.S.

Recognized as the #1 Distributed Generation Developer by New Project Media, the #1 National Commercial Rooftop Solar Developer by Solar Power World, and winner of the U.S. Department of Energy’s Grand Prize for Clean Energy, Solar Landscape is defining the future of energy generation in America.

Headquartered in Asbury Park, New Jersey, Solar Landscape has offices in Chicago, Baltimore, and New York City and operates in over a dozen states nationwide.

We move fast, solve hard problems, and take our work seriously — but never ourselves. We value clear thinking, accountability, and execution. At the same time, we’re collaborative by default, and believe the best work happens when people enjoy working together. Our team is made up of smart, grounded people who show up for each other — whether that’s troubleshooting a system design or catching up over lunch.

If you’re looking to do meaningful work in a high-performance environment — and be part of the team reshaping how energy gets built in the U.S. — we’d love to meet you.

Solar Landscape is building the next phase of distributed energy, and the grid needs to evolve to support it.

We are seeking a senior power systems professional with deep experience in utility transmission and distribution planning, grid modernization, and distributed energy resource integration to lead the company’s grid strategy efforts.

Reporting to the Director of Interconnection, this role will evaluate how utility planning frameworks, infrastructure investments, and evolving grid constraints affect distributed solar and battery energy storage deployment across U.S. markets. The position will work directly with utilities and internal teams to unlock hosting capacity, advance DER integration strategies, and develop pilot initiatives such as DERMS, dynamic hosting capacity, flexible interconnection, and non-wire alternatives.

• Engage utility planning and engineering teams to identify and advance opportunities to increase hosting capacity on constrained circuits
• Build strong relationships across utility planning, asset management, engineering, operations, regulatory, and innovation teams
• Develop technically credible, data-driven proposals that align distributed energy deployment with utility reliability and planning objectives
• Identify, develop, and advance DERMS, dynamic hosting capacity, flexible interconnection, non-wire alternative, and other grid-modernization pilot opportunities
• Analyze hosting-capacity maps, load forecasts, infrastructure plans, capital programs, and system-planning studies to inform market and siting strategy
• Interpret integrated distribution plans, integrated resource plans, long-range transmission plans, and other utility planning filings
• Monitor feeder and substation constraints, system-upgrade programs, load growth, electrification trends, and planned utility investments
• Identify circuits and substations where targeted operational changes, grid technologies, or infrastructure investments could unlock additional DER capacity
• Provide strategic guidance on integrating distributed solar and battery energy storage systems within utility distribution networks
• Evaluate how operating requirements, export controls, tariffs, system limitations, and utility planning assumptions affect DER deployment
• Support interpretation of feasibility studies, system-impact studies, facility studies, and related utility planning data
• Provide input on point-of-interconnection strategy and system-integration considerations
• Track emerging grid technologies, including ADMS, DERMS, advanced inverters, digital twins, VPPs, microgrids, and grid-enhancing technologies
• Participate in utility…