Browse projects by system type — SolarEdge, Tesla, and Enphase. Every project fully commissioned and ready for inspection.
Two SolarEdge inverters wired for solar, EV charging, and battery storage.
Rapid shutdown switches and AC disconnect installed to code. Clean conduit runs and labeled disconnects make future service straightforward.
Full residential solar PV installation with all-black panels on a Cape-style home.
Tight roof integration with edge alignment matched to the roof line. Homeowner is now generating power with a system that looks like it belongs on the house.
SolarEdge inverter paired with the Home Backup Interface and rapid shutdown — basement equipment wall.
Cellular antenna for monitoring, rapid shutdown within reach, and tidy MC cable runs back to the panel. A clean equipment wall the homeowner won't have to think about.
SolarEdge Home Battery (Made in USA) installed with rigid conduit feed from above.
Wall-mounted with proper clearances and EMT feeding cleanly into the top of the unit. Quiet, low-profile backup that doesn't dominate the room.
SolarEdge Home Backup Interface with breakers and status LEDs energized.
Blue status LEDs lit up — interface is online and talking to the inverter. The grid-forming hardware that makes whole-home backup actually work during an outage.
Current transformers (CTs) installed in the main panel for SolarEdge production and consumption monitoring.
CTs landed on the right legs with every circuit hand-labeled. Accurate monitoring starts here — get this wrong and the app numbers never match reality.
SetApp Device Manager confirming Home Battery and Home Backup Interface added — 2 devices online.
Both green checks on the first pairing attempt — battery and backup interface registered to the site. System handed off live and ready for the inspector.
FranklinWH aPower battery wall-mounted in the garage, integrated with an existing SolarEdge HD-Wave PV system for whole-home backup.
Clean garage mount with the indicator bar facing the entry — the homeowner sees system status at a glance every time they walk in.
Detail of the FranklinWH aPower battery enclosure with the front status LED bar active and reporting healthy state.
Solid blue bar means the unit is online, charged, and communicating with the aGate. That is exactly what you want to see after commissioning.
Interior view showing the FranklinWH battery mounted on the finished wall next to the existing electrical room with concealed conduit runs.
Routing was planned so all the high-voltage runs stay tucked into the existing utility space — finished side of the wall stays clean and presentable.
aGate X smart panel with the inverter output breakers landed and the FranklinWH service / start-up sequence labels in place.
Every breaker stop has a purpose and a label. Start-up and shutdown sequence is right on the door so anyone servicing the system has the procedure in hand.
aGate interior with the controller board, grid/generator relays, CT1–CT4 current transformers, and main 200A breaker landed on the orange busbar assembly.
CTs oriented correctly the first time, neutrals isolated, communication wiring dressed and out of the power side — this is the kind of layout that passes inspection clean.
Backed-up loads sub panel (ESS SUB — BACKUP LOADS) installed alongside the existing main service panel (MAIN SERVICE PANEL — NON-BACKUP LOADS) with required solar caution labels.
Split the home into backed-up and non-backed-up loads so the battery focuses its capacity on what actually needs to stay on during an outage.
Exterior wall showing the utility meter, PV disconnect, SolarEdge HD-Wave inverter with rapid shutdown, and the new ESS emergency disconnect — all tied into the upgraded system.
Existing SolarEdge gear stayed in place; we added the ESS E-Stop and required labeling so first responders see one consistent shutdown story from the curb.
Exterior IP65/67 mushroom-head emergency stop with red ESS EMERGENCY DISCONNECT — BATTERY E-STOP placard mounted at an accessible location.
Code-required for ESS installs — one press kills the battery output. Placard color, wording, and mounting height all match the AHJ checklist.
Eaton 60A safety switch serving as the photovoltaic system disconnect with hazard, shock, and PV labeling plus utility service tag in place.
Existing PV disconnect was re-labeled and verified during the battery tie-in so the utility, AHJ, and homeowner all see the same clear shut-off point.
New main service panel installed and landed cleanly with organized breaker layout and room for future expansion.
Full service upgrade completed with clean conductor routing, proper breaker spacing, and a layout built for long-term reliability and easier future additions.
Close-up of the neutral and grounding termination area showing clean landed conductors and bonding hardware.
Terminations are tight, organized, and inspection-friendly. This kind of detail work matters for safety, troubleshooting, and a professional finish.
Finished panel directory with labeled household circuits and a clean breaker arrangement after the service changeout.
A good upgrade is not just new hardware — it is also a panel the homeowner and inspector can actually read and understand at a glance.
Completed interior panel cover reinstalled with solar system caution labeling in place.
Clean final presentation with required warning labels installed and the finished panel sitting flush and ready for signoff.
Service grounding connection detail showing the grounding electrode conductor terminated at the lug assembly.
Grounding and bonding are the backbone of a safe service upgrade. This connection was completed cleanly and to spec for dependable protection.
Exterior meter main/disconnect assembly with utility meter, warning labels, and clean conduit entry after the service upgrade.
Exterior service equipment is aligned, labeled, and ready for the utility and inspector. A clean outside finish makes the whole upgrade feel complete.
New sub-panel mounted on a clean backer board with main breaker, warning placard, and feeder conduit neatly routed down to the disconnect.
Backer board, panel, and disconnect all land square and plumb. Wiring above is dressed and ready, and the finished cover gives the homeowner a clean, code-compliant install.
Interior view of the same sub-panel showing landed branch circuits, organized neutrals and grounds, and a full breaker layout.
Every conductor is routed along the gutters, terminations are tight, and the breaker arrangement is laid out for easy troubleshooting and future additions.
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