Licensed Professional Engineer in NJ & NY. PE-stamped drawings for solar installers, MEP contractors, architects, and developers. You work directly with the engineer who stamps your job.
Stamped drawings, permit packages, and technical support, built around your deadlines.
Residential, C&I, and ground-mount PV from layout through stamped permit package. PVsyst modeling, SLDs, AHJ coordination.
Learn more →Properly sized BESS for your project goals. AC/DC coupled design, NEC 706 compliant, utility interconnection ready.
Learn more →Full electrical plan sets for new construction, renovations, and fit-outs. Load calcs, panels, lighting, riser diagrams, stamped and construction-ready.
Learn more →Submit your project details online: scope, location, building or system type, and timeline. We respond within one business day.
We send a written scope of work, deliverables list, and fixed fee. No surprises and no hourly billing. Everything is agreed upon before work begins.
We get to work on your drawings, calculations, and documentation. Share plans and project info digitally. No site visit needed for most scopes.
PE-stamped drawings and complete documentation delivered digitally. Ready for AHJ permit submission, utility interconnection, or construction.
‘You get the engineer, not an account manager. Every project I take on gets my direct attention from start to stamp.’
Tell us about your project and we'll respond within one business day with a clear proposal.
PE-stamped deliverables. Permit-ready packages. Built around your project timeline.
We handle the full electrical design scope for residential, C&I, and utility-scale solar PV. Every package is PE-stamped, NEC-compliant, and ready for AHJ submission.
Residential rooftop through utility-scale ground mount. Fixed-tilt and single-axis tracker configurations.
PVsyst modeling, NEC 2020/2023 compliance, and utility interconnection standards. All deliverables submitted digitally. No site visit required..
Solar-plus-storage projects require BESS sizing grounded in the system's actual energy production. We model the PV array first, then right-size the battery to match your project goals.
Demand charge reduction, self-consumption, backup power, and grid services. We analyze your load data first so the battery is sized to what your project actually needs.
Works with leading BESS platforms: Tesla Powerwall, SolarEdge Energy Bank, Enphase IQ Battery, and utility-scale systems. All packages delivered digitally, ready for AHJ or utility submission.
Complete electrical design for new construction, renovations, and tenant fit-outs. We coordinate with architectural and mechanical systems to produce construction-ready documents.
Commercial offices, retail, institutional, data centers, banking, and mixed-use residential.
We work directly with architects, mechanical engineers, and plumbing engineers to eliminate trade conflicts before they hit the field.
EVSE electrical design for commercial parking, multifamily, and fleet charging facilities. Load analysis, panel sizing, conduit routing, and PE-stamped drawings for permit submission.
Generator sizing, ATS design, and emergency distribution for facilities requiring code-compliant backup power, including data centers, healthcare, banking, and critical facilities.
NFPA 70E-compliant arc flash studies for commercial and industrial facilities. Incident energy calculations, boundary determinations, and labeling documentation.
Evaluations of existing electrical infrastructure: service capacity, panel loading, upgrade feasibility, and phased improvement plans. All work performed remotely from provided drawings and data.
Technical writing, drawing cleanup, and engineering input for bid proposals and RFP responses. Fast 3–5 day turnarounds for time-sensitive bids. Submit your documents, receive engineering support.
Flexible project-by-project engineering support for firms and developers who need PE capacity without adding staff. All deliverables handled remotely and returned stamped.
Describe your project and we'll respond within one business day.
A sample of solar PV, storage, and MEP electrical projects delivered, from initial design through PE-stamped permit package.
Full electrical design for a commercial ground-mount solar PV system. Scope included inverter selection, string sizing, DC/AC conductor sizing per NEC, PVsyst energy production modeling, single-line diagrams, and utility interconnection package. Project required coordination with PSEG for interconnection review.
Electrical engineering for a large commercial rooftop solar installation. Responsibilities included array layout coordination, single-axis tracker evaluation, string sizing, voltage drop calculations, and production of permit-ready drawings for AHJ submission. Coordinated with ConEd for net metering interconnection.
Design of a solar PV system with integrated battery energy storage. BESS was sized using PVsyst production modeling to meet self-consumption and backup power goals. Scope included AC-coupled BESS design, combined SLDs for PV and storage, grounding review, and utility interconnection documentation.
Complete electrical design for a multi-floor commercial office renovation. Scope included load calculations, service sizing, panel schedules, branch circuit design, lighting layout with illuminance calculations, and riser diagrams. Coordinated electrical documents with architectural and mechanical engineering teams for a conflict-free construction set.
Full electrical design for a bank branch fit-out including security-critical power distribution, emergency and standby power systems, lighting design with illuminance calculations, and panel schedules. Coordinated with architectural and low-voltage teams. Delivered a complete stamped plan set for building department submission.
Engineering assessment of existing critical power infrastructure at a data center facility. Evaluated UPS systems, PDU capacity, generator sizing, and electrical distribution for upgrade feasibility. Delivered a findings report with load analysis, capacity recommendations, and a phased upgrade plan to minimize downtime during implementation.
Tell us about your project and we'll respond within one business day with a scope and fee.
Everything you need to know before getting started.
Currently licensed in New Jersey and New York. If your project is in another state, reach out — we can discuss licensure by reciprocity for the right project.
Both, depending on scope. For permit packages, we deliver a full stamped and sealed drawing set. For peer review or feasibility work, we can provide a signed engineering letter or calculation package. Every engagement is scoped clearly upfront so you know exactly what you're getting.
We do not offer "plan stamping": signing drawings we did not engineer ourselves. This is a matter of professional ethics and licensing law. If you need a stamp, we need to perform the engineering work. This actually protects you: we stand behind everything we stamp.
Depends on the service, but typically:
We'll confirm exactly what we need once we hear about your project.
Residential solar permit packages: 1–2 weeks. Commercial solar or storage: 2–3 weeks. MEP electrical: 3–5 weeks depending on scope and complexity. Every proposal includes a confirmed delivery date. Need it faster? Reach out — we accommodate time-sensitive projects on a case-by-case basis.
Stamped PDF drawings always. DWG/DXF files on request. Calculations delivered as PDF. PVsyst reports included for solar projects. We can accommodate specific AHJ or utility formatting requirements — just let us know.
Minor revisions — clarifications, labeling, added notes — are included at no extra charge. We respond to the AHJ directly and turn around revised drawings quickly. If comments require a material redesign due to a scope change or new information, that may be quoted separately, but we'll always discuss it with you first.
We build the PVsyst model from scratch as part of the design scope. If you already have a model and want us to review or use it as a basis, we can accommodate that. Just share it and we'll assess it during scoping.
Yes. We prepare all engineering documents required for the application: single-line diagram, equipment specs, system description, and any technical forms the utility requires. We don't file on your behalf, but we produce everything you need and can communicate directly with the utility's interconnection team if technical questions come up.
Yes — string inverters, power optimizers, and microinverters. The right choice depends on shading conditions, roof layout, battery integration, and budget. We'll recommend the best fit for the project during scoping, not based on brand preference.
Yes, MEP coordination is built into our process. We review mechanical and plumbing drawings to identify conflicts, coordinate motor and equipment loads, and produce a construction set that works as a system. We can communicate directly with the other design engineers on your project.
Absolutely. We specialize in electrical: power distribution, lighting, panel schedules, riser diagrams, and grounding. We can deliver just the electrical drawings for a project where mechanical and plumbing are handled separately or already complete.
We price on a fixed-fee, per-project basis. You receive a clear scope and fee before any work begins. No hourly billing, no surprise invoices. The fee depends on project type, size, and deliverables.
We're a small firm without large-firm overhead, which means competitive fees for work done by an experienced PE, not a junior engineer.
Yes. For solar installers and developers with ongoing project pipelines, we offer preferred pricing for volume and ongoing relationships. Contact us to discuss a retainer or volume arrangement.
A standard solar permit package includes the electrical engineering documents. It does not include structural engineering (roof loading, racking design), civil engineering, or permit application filing. We can refer structural engineers if needed and will clearly outline what's in and out of scope in every proposal.
Reach out directly. We're happy to talk through your project before you commit to anything.
I'm a licensed Professional Engineer in NJ and NY, with hands-on experience across all three disciplines I offer: solar PV and battery storage design at a renewable energy developer, full-scope MEP electrical design at an MEP engineering firm, and substation engineering at a Northeast utility.
At the MEP firm I designed complete electrical systems for commercial offices, banking facilities, and data centers: load calcs, panel schedules, lighting, riser diagrams, the full set. That MEP depth, combined with my solar and storage background, is what I bring to every Mirdita Engineering project. You get one engineer across all three disciplines, and that engineer is the one who stamps your drawings.
Substation electrical design for utility-scale generation interconnection. Work includes protection and control design, equipment specifications, and engineering of substations that tie solar generation assets to the grid, a perspective that directly informs how I prepare interconnection packages for clients.
Electrical design and engineering for solar PV and battery energy storage systems across residential, C&I, and ground-mount projects up to 5 MWac. Full scope: inverter selection, string sizing, conductor and overcurrent protection sizing per NEC, PVsyst energy modeling, single-line diagrams, BESS sizing, and array layout design.
Full-scope MEP electrical design for commercial offices, banking facilities, institutional buildings, and data centers. Responsibilities included load calculations, service sizing, panel schedules, feeder and branch circuit design, lighting with illuminance calcs, riser diagrams, and construction documents in AutoCAD and Revit. Also performed critical power assessments at data center facilities.
Energy production modeling including shading and loss analysis for rooftop and ground-mount systems.
Conductor sizing, overcurrent protection, voltage drop, and service sizing for PV, BESS, and MEP applications.
Utility interconnection package preparation: PSEG, ConEd, JCP&L, O&R, and others in the Northeast.
Battery storage sizing from PV production models. AC and DC coupled design, controls integration, protection review.
Coordination of electrical systems with mechanical and plumbing engineering for conflict-free construction documents.
Construction document production, single-line diagrams, riser diagrams, panel schedules, and site layout drawings.
Tell us what you're working on. We respond within one business day.
We'll respond within one business day with a scope and fee.