SSB 6050
In CommitteeSenate
Distributed energy resources
Expanding the use of distributed energy resources.
This status may be delayed. See Action History below for the latest updates.
How does a bill become law?
- Introduced: The bill is filed and assigned a number.
- Committee: A subject-matter committee holds hearings, takes public testimony, and decides whether to advance the bill.
- Floor Vote: The full chamber (House or Senate) debates and votes on the bill.
- Opposite Chamber: The bill repeats the committee and floor vote process in the other chamber.
- Governor: The Governor reviews the bill and decides whether to sign or veto it.
- Signed: The bill has been signed into law.
AI Analysis
This bill expands options for residential and small-scale solar energy by allowing portable solar devices (like balcony panels) to be used without utility approval or fees, and by requiring utilities to permit meter-mounted devices (e.g., batteries or monitors) under standardized safety and approval rules. It also blocks HOAs from banning such devices while allowing reasonable aesthetic rules.
- Allows use of portable solar generation devices (e.g., balcony solar panels) up to 1,200 watts (or 391 watts for simpler models) without interconnection agreements, utility approval, or fees.
- Prohibits HOAs and property associations from banning portable solar devices, though they may impose reasonable rules about appearance or placement (e.g., painting frames to match roofs).
- Requires electric utilities to allow one customer-owned meter-mounted device (e.g., battery or monitoring system) per meter, with utilities required to approve device models within 90 days and provide public notice of approvals.
- Sets safety and certification standards for both portable and meter-mounted devices—including UL 3700, UL 1741, IEEE 1547, and the National Electrical Code—and prohibits deceptive marketing of noncompliant devices.
- Clarifies that meter-mounted devices must be installed by a licensed electrician, approved by local permitting authorities, and cannot block access to the meter or utility equipment.
Who is affected
- Homeowners and residents in HOA communities — Homeowners and residents in HOA-governed communities gain the right to install portable solar devices (e.g., balcony solar panels) without being banned by HOA rules, though rules about appearance or placement may still apply.
- Customers using portable solar generation devices — Can install and use small, plug-in solar devices (up to 391–1,200 watts) without needing utility approval, interconnection agreements, or special fees—though they must follow safety standards.
- Electric utilities — Must allow customers to install meter-mounted devices (e.g., battery storage or monitoring tools) between the meter and panel, coordinate meter removal/reinstallation, and approve device models within 90 days.
- Licensing authorities and local governments — Must ensure meter-mounted devices meet safety and code requirements, and may charge customers directly for related service or repair work on utility equipment.
Pro/Con Analysis
Stronger case for benefits
Potential Benefits (5)
The bill allows low- and middle-income renters and homeowners (especially in apartments, condos, or HOA communities) to install portable solar devices (up to 1,200W) without utility approval, fees, or HOA bans — directly reducing electricity bills for those unable to access traditional rooftop solar due to cost, lease restrictions, or HOA rules.
FinancialPeopleRef: SSB 6050, Sec. 102(1); Sec. 103(4)By limiting HOAs from banning solar and permitting only *reasonable* aesthetic rules (e.g., painting frames to match roofs, shielding ground-mounted panels only if performance loss ≤10%), the bill expands access to clean energy for residents in communities with restrictive covenants — disproportionately benefiting seniors, renters, and first-time homebuyers who may lack capital for full rooftop systems.
HousingPeopleRef: SSB 6050, Sec. 103(1)(c); Sec. 103(2)(c)(ii)The requirement that utilities permit one meter-mounted device per meter (e.g., battery storage or monitoring systems) — with standardized safety certification and 90-day approval timelines — enables customers to monitor and manage electricity use more effectively, supporting energy resilience during outages and reducing peak demand — benefits most accessible to households seeking to lower bills or improve reliability.
HousingPeopleRef: SSB 6050, Sec. 201(1)–(3)By exempting portable solar devices from interconnection agreements, fees, and HOA bans, the bill strengthens consumer autonomy over energy generation — particularly empowering renters, low-income households, and residents in HOA-governed communities who are often excluded from solar adoption due to legal or contractual barriers.
Rights & LibertiesPeopleRef: SSB 6050, Sec. 102(2)(a)–(c); Sec. 103(4)The bill creates modest opportunities for licensed electricians and small solar installers to serve a new customer segment (portable/meter-mounted devices), though the small scale (≤1,200W) and certification requirements limit job creation compared to full rooftop installations.
Business & EmploymentLean peopleRef: SSB 6050, Sec. 102(3)(a); Sec. 103(2)(c)(iii)
Potential Concerns (5)
The bill prohibits utilities from charging customers fees for portable solar devices (Sec. 102(2)(b)(ii)) and meter-mounted devices (Sec. 201(5) allows utilities to charge for service work *only when directly caused by the device*), but this removes a cost-recovery mechanism for utilities, potentially shifting costs to ratepayers via higher base rates — disproportionately affecting low- and middle-income households who rely on regulated utility rates and cannot offset costs through solar.
FinancialPeopleRef: SSB 6050, Sec. 102(2)(b); Sec. 201(5)While meter-mounted devices must be installed by licensed electricians and approved by local authorities, the 90-day utility approval window (Sec. 201(4)) and requirement for utilities to coordinate meter removal/reinstallation (Sec. 201(2)) may strain local permitting and utility workforce capacity, especially in rural or under-resourced jurisdictions, increasing risk of delayed or substandard installations.
Public SafetyPeopleRef: SSB 6050, Sec. 201(2) & (6)The bill prohibits deceptive marketing of noncompliant portable solar devices (Sec. 102(3)(b)), which protects consumers from unsafe or ineffective products — but enforcement will rely on existing consumer protection statutes (RCW 19.86) without new funding or dedicated oversight, limiting real-world impact.
Public SafetyRef: SSB 6050, Sec. 102(3)(b)HOAs may require owners to indemnify the association for damage caused by solar installations (Sec. 103(2)(c)(iii)), potentially exposing low- and middle-income homeowners to unexpected liability if a device malfunctions — though this mirrors existing liability frameworks and is not uniquely burdensome.
HousingRef: SSB 6050, Sec. 103(2)(c)(iii)Utilities are shielded from liability for damage caused by customer-owned meter-mounted devices (Sec. 201(7)), which reduces regulatory risk for utilities but may leave consumers with limited recourse if a device causes fire, equipment damage, or grid instability.
Public SafetyRef: SSB 6050, Sec. 201(7)
Who Is Most Affected
Low- and middle-income homeowners and renters in apartments/condos gain direct access to solar energy without HOA or utility barriers — reducing electricity bills and increasing energy independence. However, they face liability risk under HOA indemnification clauses and may be exposed to unsafe devices if deceptive marketing enforcement is weak.
HOAs retain authority to impose reasonable aesthetic rules and require indemnification, but lose the ability to ban solar outright — reducing their regulatory control while preserving some design oversight. This may increase administrative burden for HOA boards reviewing compliance.
Utilities must coordinate meter work and approve devices within 90 days, incurring labor and administrative costs. While they can recover direct service costs (Sec. 201(5)), the loss of fee revenue from portable devices and potential grid integration complexity increase operational strain — especially for smaller municipal utilities.
Licensing authorities (local building departments) and the Department of Labor & Industries gain authority to enforce safety standards for portable and meter-mounted devices, but face increased demand for permitting and inspection without new funding — potentially straining local resources.
Manufacturers of compliant portable and meter-mounted devices benefit from a standardized approval process and expanded market access, but face certification and liability risks if devices fail safety standards (Sec. 102(3)(a)).