BWP Solar Export Credits 2026: The Complete Burbank Water and Power Homeowner Guide

Key Takeaways

• BWP's 2026 export credits range from $0.066–$0.115/kWh — a fraction of retail rates, fundamentally changing how Burbank homeowners should design solar systems.
• NEM 1.0 grandfathering ended January 1, 2026. All new applications now fall under the Net Billing Tariff.
• Solar + storage is the new baseline. 85% of Burbank solar quotes in 2026 include at least one battery, and for good reason.
• BWP's $275/kWh battery rebate can offset approximately 25% of a standard Powerwall 3 installation — a significant financial lever worth capturing.
• The new 150% oversizing rule gives forward-thinking homeowners room to design for EVs and heat pumps today.
• Burbank's back-to-back 9.9% rate hikes (2026 and 2027) make the financial case for solar-plus-storage more compelling than ever — if designed correctly.

What Happened to BWP Solar in 2026? The Big Picture

If you were holding out hope that Burbank Water and Power would buck California's statewide trend toward lower solar export compensation, that hope officially expired on January 1, 2026.

BWP has formally transitioned all new solar interconnection applications to its Net Billing Tariff, with export credits now set at the Avoided Cost of Energy (ACOE) — a wholesale-adjacent figure currently ranging from $0.066 to $0.115 per kWh, depending on the time of day. To put that in perspective, BWP's retail rate for electricity during evening peak hours (4–9 PM) is substantially higher, often exceeding $0.30/kWh after the January 2026 rate increase. That gap is not a rounding error. It is the central financial reality every Burbank homeowner must understand before going solar in 2026.

The old model — fill your roof with panels, export freely during the day, and let the utility credit you at retail — is over. What replaces it is more nuanced, potentially more rewarding, but requires smarter system design from the start.

Breaking Down BWP's 2026 Export Credit Structure

BWP's Solar Rate Schedule for 2026 sets export compensation at the Avoided Cost of Energy, which is time-differentiated:

• Off-peak hours: Approximately $0.066/kWh
• Peak and mid-peak windows: Up to $0.115/kWh

These figures reflect what BWP would otherwise pay to procure electricity from the wholesale market — not what it charges you to consume it. This is the same philosophical framework that California's statewide NEM 3.0 introduced for IOUs like SCE, and BWP has now aligned itself accordingly.

What this means practically:

• Exporting 10 kWh to the grid during a midday off-peak window earns you roughly $0.66 in credit.
• Consuming that same 10 kWh from the grid during an evening peak window could cost you $3.00 or more.
• The math now overwhelmingly favors storing solar energy and consuming it yourself over exporting it.

"The 2026 BWP framework is a masterclass in grid-balancing. By dropping export credits to the avoided cost but removing system size limits, they are essentially telling homeowners: 'Build as much as you want, just make sure you store it yourself.'" — Dr. Aris Veldman, Director of Municipal Policy, California Solar Institute

The Rate Hike Factor: Why Timing Still Favors Solar

Here is the counterbalancing force that keeps the solar value proposition alive in Burbank: electricity is getting significantly more expensive.

The Burbank City Council has approved:

• A 9.9% rate increase effective January 1, 2026
• An additional 9.9% increase already locked in for January 1, 2027

These are not projections — they are enacted policy. For a household spending $250/month on electricity, that translates to roughly $52 more per month by February 2027 compared to 2025 rates, before any consumption growth from EV charging or electrification upgrades.

Solanano's hyperlocal financial modeling, which accounts for NEM 3.0-style avoided cost structures and utility-specific rate escalation schedules, shows that the value of self-consumed solar in Burbank is rising in lockstep with these rate increases. Every kilowatt-hour you generate and use yourself avoids a retail charge that keeps climbing. That is the engine driving solar ROI in 2026 — not export credits.

NEM 1.0 Grandfathering Is Gone: What That Means

January 1, 2026 marked the end of BWP's NEM 1.0 grandfathering window. Systems that received permits before this date retain retail-rate credits for their full 20-year grandfathering term — a genuinely valuable protection for early adopters.

For everyone else: all new applications are processed under the Net Billing Tariff with ACOE-based export credits. There is no grace period, no legacy pathway, and no partial grandfathering for systems permitted after the cutoff. If you were on the fence in late 2025, the window has closed.

The important news is that the 2026 framework still offers a strong financial case — it simply requires a fundamentally different system design philosophy.

The New 150% Oversizing Rule: Design for Tomorrow's Load

In a move that surprised many observers, BWP implemented a significant pro-solar policy change on February 15, 2026: the removal of strict historical-usage caps for residential solar arrays.

Under previous rules, your system could not be sized beyond your trailing 12-month electricity consumption. Now, Burbank homeowners can size solar arrays up to 150% of their current load, explicitly to accommodate future electrification — EV chargers, heat pump HVAC, induction ranges, and heat pump water heaters.

This is a meaningful opportunity. A household currently consuming 8,000 kWh/year can now permit a system sized for 12,000 kWh/year of future consumption. Pair that with a battery system, and you are building infrastructure that serves the home you are planning to have, not just the home you have today.

"We've had to rewrite our entire homeowner guide for 2026. The conversation is no longer about how many panels you can fit, but how many hours of peak-rate electricity you can offset using a smart battery strategy." — Sarah Jenkins, Lead Consultant at Burbank Green Tech

BWP Battery Rebates: A Significant Incentive Worth Capturing

BWP's Distributed Energy Resources (DER) Program offers a residential battery rebate of $275 per kWh of installed capacity, capped at $27,500. For a standard Powerwall 3 installation (approximately 13.5 kWh usable capacity), this translates to roughly $3,712 back — covering approximately 25% of a typical installed cost.

This rebate stacks with California's SGIP (Self-Generation Incentive Program), which Solanano's consultants track closely for Burbank homeowners who qualify under equity or medically baseline categories. Combined incentives can substantially compress payback timelines for battery-inclusive systems.

Battery storage payback reality check for 2026:

• Solar-only systems in Burbank: 8–11 year average payback
• Solar + storage systems: 7.5-year average payback, driven by higher self-consumption rates

The counterintuitive result — that adding a battery shortens payback — reflects exactly how skewed the export credit math has become. Storage is no longer a luxury add-on. It is the mechanism by which your solar investment delivers its full financial value.

V2H, Permit Automation, and the Infrastructure Moment

Three additional developments deserve attention from any Burbank homeowner making solar decisions right now:

Vehicle-to-Home (V2H) Readiness BWP homeowners are increasingly requesting bi-directional EV charging capabilities in their solar permits. With peak pricing running 4–9 PM, a compatible EV (such as the Ford F-150 Lightning or Nissan LEAF with CHAdeMO) can serve as a dispatchable backup battery during the most expensive hours of the day. This is not a distant future scenario — it is an active permit trend in Burbank today.

48-Hour Permit Approvals via SolarAPP+ Burbank has fully integrated SolarAPP+ automated permitting for standardized residential systems. Average approval time has dropped from four weeks in 2024 to under 48 hours in 2026. This dramatically reduces soft costs and installation delays, making the economics of going solar more favorable even before panels hit the roof.

The Airport Benchmark BWP's newly completed RITC Solar + Battery Project at Hollywood Burbank Airport — delivering 2MW of clean power — is already serving as a grid-stability reference point for the 2026 residential rollout. It signals that BWP is operationally committed to a distributed solar-plus-storage future, not just administratively accommodating it.

What Burbank Homeowners Should Do Right Now

Given everything above, here is a practical action framework:

• Don't design a solar-only system. The export credit structure makes this a financially suboptimal choice in almost every Burbank scenario. Insist on integrated storage modeling before accepting any quote.
• Capture the BWP battery rebate before funding runs out. DER incentive pools are finite. Burbank saw a 300% increase in residential battery permit filings in Q1–Q2 2026 — demand is accelerating.
• Size for 2027, not 2024. Use the new 150% oversizing rule to accommodate EV charging and electrification. Get satellite-based shade analysis and irradiance modeling done before finalizing system size — roof orientation and shading patterns in Burbank's varied terrain matter enormously.
• Verify your installer credentials independently. With a surge in battery installations, unqualified contractors are entering the market. At minimum, confirm active CSLB licensing, liability insurance, and NABCEP certification for the project lead.
• Model the 2027 rate increase into your financials. Any quote that does not incorporate BWP's approved 2027 rate hike is giving you an incomplete picture of your return.

Bottom Line

The 2026 BWP solar landscape is not a reason to avoid going solar — it is a reason to go solar smarter. Export credits have declined, yes. But Burbank's rising retail rates, a generous battery rebate, the new 150% sizing flexibility, and near-instant permitting have collectively created a viable, resilient path to energy independence for homeowners who approach the decision with current, accurate information and a storage-first mindset. The nano-grid model — solar generating your power, batteries storing it, smart controls dispatching it — is no longer a premium option in Burbank. It is the only design that fully makes sense under the 2026 framework.

Ready to see what the numbers actually look like for your Burbank home? Get a free, independent solar assessment from Solanano — no installer commissions, no equipment sales, just hyperlocal modeling and vetted professionals who know exactly how to optimize a system under BWP's 2026 rules.