2026 NFPA 70 National Electric Code
Focusing primarily on Sections 690, 691, 705, 250, 310, 110, and tables to ensure solar installation and design meet appropriate national and local codes and pass inspections successfully.
EIT, PVIP, MSc Energy Engineering
Commercial & Industrial Solar Engineer

More than 8 years of experience originating, designing, permitting and commissioning C&I projects over 1,400 MW of commercial-scale projects in CA, DE, IL, MA, MN, NJ, NY, NM, and VA.
Connect with SuveerFocusing primarily on Sections 690, 691, 705, 250, 310, 110, and tables to ensure solar installation and design meet appropriate national and local codes and pass inspections successfully.
2D site plans and single line drawings of solar array installations, with experience using PVCase Ground Mount.
Simulations for analyzing annual yield and overall system performance of proposed solar installation
Supporting and supervising contractors, leveraging tools such as Procore and Bluebeam Revu for submittal reviews, resolving RFIs, and value engineering while considering procurement timelines.
Ensuring safety standards are met while prioritizing Operations and Maintenance teams' needs.



A life-changing experience
Suveer Panditrao installed 2 free-standing fixed tilt solar arrays and a corresponding instruction manual for off-grid households in Pisinemo, AZ. The arrays were reinforced to withstand powerful dust devils and raised high enough to prevent livestock electrocution while taking shade under the structures.


Suveer's First Set of Projects
Provided preliminary array design and grid interconnection support for a portfolio of solar carports across surface and garage parking lots at 37 Massachusetts Bay Transportation Authority train stations, cumulatively over 40 MW.

Suveer's Favorite Project
Suveer supported the acquisition of this project, with its 2 identical yet distinct interconnection points. After several years of scheduled grid upgrades and handoffs between engineers, she inherited the project at mobilization with a compressed timeline aimed to keep project completion within projected budget.
A passionate, engineering-centric driver who can take trust, time and monetary investment and transform them into photovoltaic solar development and long-term revenue streams for investors while contributing positively to an electricity-hungry market and a society fighting global warming and mass extinction.
Owing to the limited availability of commercially available FAA-compliant glare analysis tools, the results of glare simulations of solar arrays with backtracking are less than accurate and need revised computation methods.
Designing future Distributed Generation projects with AC coupled batteries will allow the hybrid asset to participate in energy markets, offer grid support and offer peak load shaving options.
Being a board-certified NABCEP PV Installation Professional, the next milestone is to achieve equivalent competency installing complementary energy storage systems, both as hybrid with PV and as stand-alone systems.
Photovoltaic simulation analysts and designers are in need of a standardized, universally accepted and dynamically evolving method of calculating bifacial gains achieved by elevated roof-mounted ballasted installation racking.
With civic and commercial acceptance and support, floatovoltaics could prove to be versatile in their application locations and design configurations.
The license to stamp an electrical drawing in US states is invaluable for indicating high levels of engineering competence and sponsoring engineers-in-training toward professional licensure.