Community Solar & Energy Storage Engineering Services
Pure Power Engineering provides end-to-end engineering services for community solar and battery energy storage projects, supporting developers and EPCs from early development through construction and commissioning. Our multidisciplinary teams deliver optimized solar and storage system designs, interconnection planning and studies, power engineering, and constructible permit and IFC documents tailored to utility and AHJ requirements. With deep experience in community solar portfolios and solar-plus-storage integration, we help projects move efficiently through approvals, reduce risk, and achieve reliable, long-term performance.

We have completed permit drawing sets for 1,000+ ground mount and solar + BESS projects!
Boasting more than 14 years of industry leadership and a robust team of over 130 in-house engineers, 58+ project managers and professional engineers, we possess the deep experience and technical prowess required to deliver superior engineering solutions. Our commitment is to enhance generation revenue for commercial solar systems while minimizing costs and empowering our clients to expedite the completion of solar and storage projects. This approach accelerates project timelines and significantly boosts profitability, facilitating scalable growth for our clients in the renewable energy domain.
Featured Articles
Messenger Wire Systems for Ground-Mount Solar —How to Get Them Right
Messenger wire systems have become the preferred choice for wire management in large-scale ground-mount solar projects. ...
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How Coordination Between Electrical, Civil, and Racking Determines Utility-Scale Solar Project Success
Well-executed utility-scale solar projects follow a specific pattern, allowing for completion on time and without ...
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Design Recommendations for Central Inverters in Utility-Scale Solar Projects
When designing utility-scale solar energy projects, optimizing central inverters is a crucial aspect that project ...
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Don’t Bury the Risk: Smarter Duct Bank Design for Solar + Storage Projects
Solar + Storage Engineering Specialists | PurePower.com
Highlighted Projects
GAUCHO - CLINTON, PA
Pure Power Engineering provided electrical and structural engineering services for a ground mounted solar installation in Clinton, Pennsylvania. The project was developed as a front of meter system interconnected at medium voltage, requiring detailed coordination with Duquesne Light and Power and comprehensive utility compliant design documentation.
Project At a Glance:
- DC Size: 29.4 MWDC
- AC Size: 23.25 MWAC
- Utility: Duquesne Light and Power
- Interconnection Voltage: Medium Voltage (601V to 35kV)
- Interconnection Type: Front of Meter
- Array Type: Ground Mount
- Scope of Services: Electrical & Structural Engineering
ROOFTOP & GM - BALTIMORE, MD
Pure Power Engineering provided electrical engineering and owner’s engineering services for a community solar installation in Baltimore, Maryland. The project was developed as a behind the meter system interconnected at low voltage, requiring coordination with Baltimore Gas and Electric and detailed engineering documentation to support permitting and construction.
Project At a Glance:
- DC Size: 1.89 MWDC
- AC Size: 1.35 MWAC
- Utility: Baltimore Gas and Electric (BGE)
- Interconnection Voltage: Low Voltage (0 to 600V)
- Interconnection Type: Behind the Meter
- Array Type: Rooftop and Ground Mount
- Scope of Services: Electrical & Structural Engineering
GROUND MOUNT - PENNSAUKEN, NJ
Pure Power Engineering provided electrical and structural engineering services for a ground mounted community solar installation in Pennsauken, New Jersey. The project was developed as a front of meter system interconnected at medium voltage, requiring coordination with Public Service Electric and Gas and detailed engineering documentation to support utility review and construction.
Project At a Glance:
- DC Size: 1.86 MWDC
- AC Size: 1.50 MWAC
- Utility: Public Service Electric and Gas (PSE&G)
- Interconnection Voltage: Medium Voltage (601V to 35kV)
- Interconnection Type: Front of Meter
- Array Type: Ground Mount
- Scope of Services: Electrical & Structural Engineering
Engineering Services
Preliminary Engineering
Project design, technical studies, reports, infrastructure analysis, and drawings to evaluate feasibility and advance projects from concept to construction.
Engineer of Record
Site surveys and studies, PV, inverter, and battery sizing, calculations, and code-compliant drawing sets for solar and storage systems.
Structural Engineering
Existing structure analysis, new structural design, equipment foundations, structural support solutions, utility pole design, and reinforcement strategies.
Power Engineering
Pre- and post-interconnection power engineering services, including system modeling, protection design, utility coordination, and grid compliance support.
Owner’s Engineering
Technical risk management, due diligence, performance validation, quality reviews, energy modeling, design evaluation, and project support.
Power Engineering
Pre- and post-interconnection power engineering services, including system modeling, protection design, utility coordination, and grid compliance support.
Value Engineering Tips See More
6 Practical Insights for Standalone Battery Energy Storage System (BESS) Design
Driven by grid stability & reliability needs and by the integration of renewables, Standalone BESS (battery energy storage systems) are moving from pilot to mainstream. But anyone who has tried to develop or engineer one, especially in dense, highly..
The Power of Interconnection Planning - Why Solar Developers Need PSCAD, PSS®E, and ASPEN Expertise
Interconnection queues are more congested than ever, and the path to approval is increasingly opaque. Developers are spending serious money on land control, studies, and legal work, only to hit delays when grid studies surface surprises late in the..
In the public eye, there is hardly a conversation about utility-scale solar without addressing the fear of losing valuable farmland. Debates with community involvement tend to be polarized. Developers see open fields as ideal for solar, while..
U.S. distributed energy resources (DER) capacity is expected to increase by 217 GW by 2028, according to a Wood Mackenzie Report. A staggering number, even to the seasoned solar industry professional. One of the challenges is connecting the massive..
