Rooftop Solar at Packard Row: What It Actually Does

A fair number of apartment listings call a building "solar powered" and what they actually have is a four-panel array on the leasing office roof keeping a security camera alive. The rooftop solar at 2111 Packard Street is a working installation, sized for the building, and part of the original 2025 construction spec. Not a retrofit. Not a marketing sticker.

This one is for renters who care about how the building actually generates and uses energy, what it means for the utility bill, and how the solar sits next to the rest of the modern systems.

What the panels cover

Rooftop solar at Packard Row feeds the building's common areas. Hallway lighting, elevators, the 24-hour fitness center, the clubhouse, the conference room, and the shared HVAC for common spaces. It doesn't directly power individual apartments. Your in-unit electricity, like at most buildings, is metered and billed to you through DTE.

That distinction matters. The solar doesn't shave your personal electric bill. What it does is cut the building's total energy draw, which keeps common-area operating costs steadier and means the property's carbon footprint is materially different from a comparable building without panels.

For a renter whose reason for caring about solar is environmental rather than financial, that's the meaningful comparison. A building with a real solar install has a measurably lower carbon footprint than a same-size building without one.

Why it's in the original build instead of bolted on

The building was completed in 2025. The roof was drawn with solar in mind from the start: load calculations, conduit routing, inverter siting, electrical service all sized for the array. Retrofitting solar onto an existing apartment building usually involves compromises. Smaller arrays. Structural reinforcement. Awkward conduit routes through occupied units. None of that applies here.

The same logic drove the rest of the sustainable spec. The envelope was built to modern energy standards from the start. The HVAC system uses high-efficiency equipment. The smart thermostats in every home are part of the original install. The cumulative effect is a building that runs leaner than a comparable property put up fifteen years ago.

How it sits with EV charging

The on-site EV charging stations downstairs aren't directly tied to the rooftop array. Your car isn't powered by the panels in real time. But the overall energy story is consistent. Solar generation upstairs, EV charging downstairs, smart thermostats throughout, a modern envelope cutting waste in between.

For renters who got into EVs partly for environmental reasons, the consistency matters. Living in a fossil-fuel-heavy building and driving an electric car works, but it argues with itself. Living in a solar-equipped, efficient building and driving an EV is the same story start to finish.

What it does and doesn't change about your bill

Your personal electric bill is set by your in-unit usage and DTE's rates. Solar on the common areas doesn't move those numbers. The thermostats and the envelope do. Apartments at Packard Row use noticeably less heating and cooling energy than comparable units in older buildings, because the insulation is better and the equipment is newer.

For an average one-bedroom in the building, expect monthly electricity bills in the $50 to $90 range depending on season. Two-bedrooms run higher, especially in summer when the AC is doing the real work. Specifics come down to your usage and DTE's seasonal rate structure. The Michigan winter apartment test goes deeper on what actually drives winter utility cost in a modern build.

Water, sewer, gas where applicable, and trash are handled separately. The utilities page on the main site has the breakdown.

Comparable buildings in Ann Arbor

Solar installations on multi-family buildings around Ann Arbor are uncommon. The city has been pushing residential solar through municipal programs for years, but most of the action has been on single-family homes. A small group of apartment buildings, mostly new construction from the past few years, have rooftop installs of meaningful size.

If you're specifically targeting buildings with solar, the Ann Arbor inventory is short. The southeast side has even less. Packard Row is one of the few new buildings on the Packard corridor with a working install. Older buildings on the corridor are unlikely to retrofit, given the cost.

For wider sustainability questions, the smart home apartments guide covers what's available across the city in terms of smart locks, thermostats, and connected building infrastructure.

What it looks like in daily life

You won't see the panels from inside the apartment. You won't see them on the hero shot of the website. From the street, the roof is dark; the panels are integrated rather than added on top. The building looks residential and modern, not industrial, not eco-flagship.

In practice, the solar's effect on daily life is that the common areas just run. Lights stay on. The fitness center works. Elevators move. None of that is exciting. That's the point. Good sustainable design is supposed to be invisible.

The visible parts of the modern spec are inside your apartment. Stainless steel appliances. Premium wood-style flooring. In-unit washer and dryer. Smart thermostats. Smart locks. The kind of fit-and-finish that suggests the building was actually designed rather than rushed.

Why the combination matters more than the panels alone

A building with solar but a thirty-year-old envelope leaks energy faster than it generates it. A building with a modern envelope but no solar still leans entirely on the grid. The combination is what produces real efficiency. Generation, low loss, smart controls, all three.

Packard Row has all three. Panels on the roof, a modern envelope, smart controls in every home. That's the package most environmentally-minded renters say they want and rarely find under one address in Ann Arbor.

For the wider EV and sustainable-renter picture, the EV-focused landing page goes into the building's full environmental profile and the supporting amenities: bike rack, walkable neighborhood, smoke-free community.

You won't go up to the roof on a tour. You will see the systems in the common areas and a model apartment. Tour the building and the leasing team will show you the rest.