For most of solar’s history in the US, renters were excluded by design. Rooftop solar requires landlord approval, a roof you do not own, a credit check for financing, and a commitment that outlasts most leases. About 44 million US households rent. Nearly all of them had no solar option.
That changed when Utah passed the first plug-in solar law in 2025. Six more states followed in 2026. The laws create a new legal category for small portable solar systems that plug into a standard wall outlet. No roof access. No utility approval. No installer. And in the seven enacted states, no legal way for your landlord to tell you no.
Here is the current state of renter solar rights, what it means in practice, and how to figure out whether it makes sense for your home.
Check your state's current plug-in solar law status, watt limits, and estimated annual savings with our state-by-state tracker.
Check your state's solar law →States where renters have legal protection right now
As of June 2026, these states have enacted plug-in solar laws with renter protections:
Utah (HB 340, effective May 2025). First state, 1,200W limit. Landlords cannot ban qualifying systems. Utah’s electricity rates are among the lowest in the country at 11.6¢/kWh, which means savings are more modest: roughly $100–$140/year for a typical 800W setup.
Maine (LD 1730, effective July 2026). Second state. 1,200W limit. Maine’s electricity rates run about 27.9¢/kWh, making the economics much stronger: $250–$300/year for the same 800W system.
Virginia (HB 395 / Chapter 1052, effective July 1, 2026). Third state. 1,200W limit. Protections apply to landlords who own more than four rental dwellings, covering virtually all apartment buildings. Rate: 16.4¢/kWh.
Colorado (HB 26-1007, effective January 1, 2027). The most permissive law: 1,920W limit, highest in the country. Colorado’s rate is 14.8¢/kWh. The higher watt cap allows meaningfully larger systems.
Maryland (HB 1532 / Chapter 353, effective immediately upon enactment). Applies to systems up to 1,200W. Landlords cannot require pre-approval. Rate: 16.8¢/kWh.
Connecticut (HB 5340, effective October 1, 2026). 1,200W limit. Connecticut has some of the highest rates in the country at 28.6¢/kWh, making the payback math compelling.
New Hampshire (SB 540, effective July 27, 2026). 1,200W limit. NH’s rates are 28.1¢/kWh.
Two more states, New York and Vermont, are very close. Vermont’s governor signed its bill in June 2026. New York’s legislature passed its SUNNY Act in May 2026; it is on the governor’s desk.
What renters in other states can and cannot do
Outside the seven enacted states, the situation is a legal gray area, not an outright ban.
Most states have no specific law addressing plug-in solar. Utility interconnection rules technically apply to any system that connects to household wiring, which a plug-in system technically does. But enforcement against renters running a single 400W panel on a balcony has not happened in practice.
The real risk is your landlord or HOA, not your utility. A landlord can prohibit exterior modifications in a lease, and without a state law overriding that clause, the clause holds.
The practical approach in non-enacted states: ask. A written request that explains the zero-footprint install and your plan to remove the system at move-out tends to get approved. The landlord letter tool generates a state-specific letter that cites any relevant state solar access laws and addresses the common objections.
What the laws actually require from renters
The enacted laws are not a blank check. They generally require:
Notification. Tenants must notify the landlord (and sometimes the utility) before installing. The timeline varies by state but is typically written notice at least 30 days prior.
UL-certified equipment. Most laws require a UL 1741-listed microinverter and panels that meet the relevant safety certification. UL 3700, the new standard specifically for plug-in solar, is being adopted by manufacturers in 2026. Until a full UL 3700-certified kit ships, using a UL 1741 SB-listed microinverter is the accepted standard.
Watt limits. Systems above the state cap (usually 1,200W, 1,920W in Colorado) are not covered by the renter protections. Landlords can still refuse those larger systems.
Removal at move-out. You are responsible for removing the system and restoring any affected surfaces when you leave.
What a renter in a high-rate state can actually expect to save
I will use Connecticut as an example because the economics are strong there.
An 800W system on a south-facing balcony in Hartford gets roughly 4.3 peak sun hours per day. Apply a 15% real-world efficiency discount: 2.92 kWh/day of actual production. At 70% self-consumption: 2.04 kWh/day displaces grid power. At Connecticut’s 28.6¢/kWh: $0.58/day, or $212/year.
A typical 800W kit with mounting hardware costs $700–$900 before any incentives. Payback period: 3.3–4.2 years. After that, the savings continue for the life of the panels (25 years warranted).
In California, pending SB 868, the math is even stronger: 33¢/kWh and abundant sun in most of the state push annual savings toward $300–$450 for an 800W system.
The balcony solar calculator runs this calculation for your specific state with current EIA rate data. Set your state, kit size, and whether you have a battery, and it shows annual savings and payback period.
The federal tax credit question
Plug-in solar systems are personal property, not a residential solar installation under the current IRS definition. As of December 2025, the residential clean energy credit (previously 30%) expired and has not been extended. Do not factor a tax credit into your payback calculation.
Some individual states have incentive programs for distributed generation, but they are not consistent and most do not explicitly cover plug-in systems yet. Check your state energy office’s website for current programs.
What to buy
For renters, I would focus on systems specifically designed for the plug-in use case rather than adapting components meant for rooftop installs.
The key specs to verify: panel wattage within your state’s legal limit, a UL 1741 SB (or UL 3700) certified microinverter, and hardware rated for your mounting surface (railing clamp, suction cup, or freestanding frame). Systems that ship as complete kits with matched hardware are worth the small cost premium over building from parts yourself.
The plug-in solar readiness checker walks through your specific space, outlet type, and state law situation and tells you whether a system makes sense and which configuration fits best.
Check whether your specific balcony, patio, or window setup is a good candidate for plug-in solar in about 3 minutes.
Check your solar readiness →Related: Balcony Solar in the US (2026) | Best Balcony Solar Kits 2026 | Plug-In Solar Panels: Are They Worth It?
Dana Whitmore
Energy Engineer & Billing Analyst · Optiwatt Energy Advisor
Dana has spent the past three years analyzing residential electricity billing data across PG&E, SCE, and SDG&E service territories. She's reviewed billing records for thousands of California households, and built the simulation engine that powers this site's rate-plan comparisons. She holds a degree in Electrical Engineering and lives in the Bay Area.