Online payments, web shops, and TESLA site imports

Companies can now connect their own payment account to collect proposal deposits, accept invoice payments, and sell catalogue products online. Funds go directly to your company with no Powerlily platform transaction fee, while customers get secure checkout and branded receipts.

Racking kits now connect the catalogue, 3D design, proposals, takeoffs, and plansets more completely. Teams can build or import detailed kits, choose the right installation configuration for each surface, calculate component quantities, and price racking as a kit or as individual parts.

Monitoring workflows also take a major step forward. Companies can import sites from a supported monitoring platform, inspect production and equipment details, and use suggested matches to connect imported systems with the right client records.

Powerlily

• Connect your company payment account Company administrators can connect a payment account from Payment settings and manage payments, payouts, refunds, disputes, and account details without leaving Powerlily. Onboarding now enables the capabilities required to complete transactions.
• Online invoice payments Payable public invoices can offer secure checkout for the calculated remaining balance. Successful payments are recorded automatically, and payment status appears when the customer returns.
• Proposal deposits Proposal creators can require a percentage or fixed deposit in the proposal terms. Customers can pay during acceptance, with deposit status shown beside the signature details.
• Branded online shops Administrators can publish selected catalogue products and packages in a company-branded shop. Products can be public, client-only, or featured, with separate client pricing where needed.
• Pickup, shipping, tax, and notifications Shop settings support pickup locations, priced shipping methods, tax status, and the team members who should receive new-order notifications.
• Online shopping and checkout Guests and signed-in clients can add eligible products to a cart, change quantities, choose pickup or shipping, pay online, and receive a branded receipt. Product visibility, availability, and prices follow the buyer’s access.
• Customer-requested project add-ons Portal clients can request products such as batteries or chargers for an existing project instead of paying immediately. Your team can approve the addition onto the project invoice or decline it.
• Order tracking and fulfilment Authorized team members can filter and review online orders, add internal notes, approve project requests, mark paid orders as shipped or picked up, and cancel eligible orders. Clients can see recent orders from their dashboard.
• Synchronized payments and refunds Online payment events update Powerlily’s ledger, invoices, and order states after checkout or refunds. Protected online payment records cannot be manually edited, reducing the chance of records drifting out of sync.
• Monitored site imports Companies can securely connect a supported monitoring account, verify access, import sites into Systems, and refresh production information.
• Detailed monitored-system views Imported systems can show health, equipment topology, live energy flow, battery and backup details, and historical energy information. A site-list export can also fill addresses and other details unavailable through the direct connection.
• Suggested client matches for imported systems A dedicated queue ranks likely clients for unlinked systems. System managers can filter by confidence, approve links individually, choose another client, or accept clear matches in bulk.
• Better matching for proposal-created clients When a client is created from a proposal, the project address is carried onto the client record. This improves matching with monitored systems at the same location.
• Protected monitoring credentials Only users authorized to manage company settings can view or change monitoring credentials. Other team members receive a clear administrator-only notice while retaining appropriate system-import access.
• Clearer monitoring setup instructions Connection settings now consistently show the network ranges required for account allowlisting, helping administrators avoid authentication and import failures.
• Richer system cards on client records The Systems tab now uses compact visual cards showing live status, lifetime production, and cover media. Authorized users can still search, link, open, and unlink systems directly from the client record.
• Safer client-access updates Submitting a system access form without selecting a client now preserves existing access and prompts the user to choose at least one account.
• Build racking kits from catalogue equipment Catalogue managers can assemble kits from existing rails, attachments, clamps, supports, and accessories instead of re-entering each product. The workflow includes mounting choices, component roles, configuration requirements, and readiness guidance.
• Broader racking structures Kits can represent roof, ballasted, fixed-tilt ground, tracker, carport, canopy, and tile-hook installations. Ground systems use foundation, anchor, and post-spacing details instead of roof-only attachment language.
• Installation configurations and alternatives One kit can contain multiple installable configurations for attachment, flashing, spacing, offset, tilt, or clamping choices. Shared parts remain common, while configuration-specific parts apply only where selected.
• Defaults and quote-level racking options Catalogue managers can mark components as defaults, alternatives, or optional quote additions and promote another variant without deleting the others. Each quote can then select the appropriate alternative and accessories.
• Complete racking-kit pricing Kits can have a whole-kit price charged per job, module, or DC kW, while individual component prices remain editable. This supports both bundled and itemized pricing.
• Racking in proposal pricing Quotes can show racking as one kit line or as individually priced components without double-counting. Selected alternatives, calculated quantities, and quote-specific unit prices appear within the kit line.
• Add racking before designing Users can add a racking kit from the quote equipment picker before a 3D design exists. A later design can supply measured quantities, while manually added kits not used by the design remain on the quote.
• Reliable BOM and planset handoff Selected kits can itemize racking in the design BOM and populate planset mounting details. Unresolved catalogue rules or unmatched tilt values are surfaced for correction without blocking the entire design.
• Save incomplete manufacturer-plan takeoffs Designers can save a racking takeoff before every project-supplied quantity is known. Missing items temporarily carry no price, and the quote identifies the counts that still need to be entered.
• Correct racking quantities and scopes Takeoffs now handle project-planned quantities, universal clamps, ballasted supports, ground-system supports, short ground rails, and mixed-roof flashing more accurately. Optional and alternative components are counted only when selected.
• Clearer racking configuration screens Alternatives, spacing and tilt limits, rail settings, pricing defaults, and component scopes use a more responsive layout with searchable selectors. Changing mount type immediately refreshes the applicable terminology and fields.
• Concise racking readiness guidance Repeated issues are grouped by mounting option and rule, with clearer instructions for missing quantities, tilt rules, or separate attachment alternatives. Readiness indicators explain whether a kit is prepared for takeoffs and plansets.
• Import complete racking kits from documents Catalogue managers can upload installation guides or parts lists and stage a private draft containing configurations, components, quantity rules, tilt-specific parts, citations, warnings, and unresolved project details.
• AI-assisted racking repair Pericles can inspect an existing kit and its manufacturer documents, identify specification or readiness gaps, and propose evidence-backed field-level corrections for approval. Existing prices, parts, ordering, options, and documents are preserved unless the approved change specifically updates them.
• Web research for incomplete racking documentation Pericles can find additional source documents from supplied or discovered URLs, present them for approval, and resume kit research. It can use partial brochures, avoid duplicate documents, and retain citations and unknown values.
• Complete manufacturer part lists Pericles can include documented parts even when a manual does not publish a counting rule, distinguish structural parts from optional accessories, and leave engineered quantities to the project plan. Approved repairs can create missing parts as visible, unpriced catalogue items.
• Incremental racking-kit setup Teams can save published system details for a new kit before components are added, then use readiness guidance to complete the remaining parts. Imported kit configurations and quantity rules are retained through library and assisted setup workflows.
• Recognizable racking import history Catalogue import history now identifies racking specification imports alongside other equipment records.
• Multi-document product extraction Teams can give Pericles up to five source documents for a product or product family. Powerlily combines the sources, retains field-level evidence, and attaches approved documents to the catalogue item for later reference.
• Optional MID neutral-switching data A microgrid interconnection device can be catalogue-ready even when the manufacturer does not document neutral switching. The value remains unknown rather than being guessed, and unnecessary research is not requested solely to fill it.
• More practical inverter readiness String and hybrid inverters can remain design-ready when optional maximum array power or battery-only discharge ratings are unpublished. Field guidance now distinguishes those values from usable input power, recommended sizing, backup output, and Powerlily’s DC-to-AC target.
• Clearer battery specifications Battery forms record continuous charge and discharge power in real kilowatts and explain whether values apply on the AC or DC side. DC-coupled products can retain their published battery-side power and current limits.
• Transparent battery estimates When continuous power ratings are unavailable, storage analysis uses bounded provisional runtime estimates instead of assuming unlimited power. Proposals and PDFs disclose estimated ceilings and assumptions, while savings results are withheld when usable rates cannot be established.
• Correct generator-terminal modeling Products with an integrated isolation relay now place generator terminals on the backup side with load terminals, improving electrical connection data used by designs.
• Compatibility filters for storage equipment Battery pickers can filter by coupling type and grid voltage or phase, while MID pickers can filter by voltage and phase. Filters work with search to make compatible equipment easier to find.
• Quote activity history The quote drawer now shows a newest-first history of stage moves, project-status changes, proposal opens, signing, and quote creation. It identifies actors where available, groups repeated opens, and shows time spent in pipeline stages.
• One-click project status changes Team members can change project status from the quick-view drawer without opening an edit form. Proposal delivery and signing status remain separately visible.
• Upcoming quote events The drawer shows the next three scheduled events with dates, times, descriptions, and today indicators, plus a count of past events. Users can jump to all events or create one directly.
• Invoice summary in the quote drawer Authorized users can review recent invoices, due or overdue timing, status, and permitted totals. Quick links open invoice lists, individual invoices, or new-invoice creation.
• Clearer quote destinations The drawer provides labeled actions for pricing, documents, solar design, and the customer-facing proposal. It also adds direct customer texting and clearly indicates when an expert design is in progress.
• Exact sunlight exploration in proposals Proposal viewers can choose Today or an exact month, day, and time instead of relying only on seasonal presets. This helps clients and sales teams inspect modeled sunlight and shadows for a specific point in the year.
• Modeled weather details in 3D scenes Viewers can inspect cloud condition, direct and diffuse sunlight, temperature, wind, data source, and weather station information. The interface clearly identifies these conditions as modeled rather than a forecast.
• More usable proposal scene controls A compact, company-themed control dock leaves more of the model and compass visible, supports scrolling in limited space, and adapts across viewer sizes.
• Proposal-specific themes Administrators can open Theme Studio from a proposal, compare a saved theme against that proposal, and apply the reviewed appearance only to that proposal.
• Personal workspace themes Signed-in team members can preview and apply a theme to their own workspace without changing the company appearance for colleagues or clients. Theme Studio clearly explains whether personal or company styling is active.
• Rebuilt Theme Studio workspace Administrators get one searchable, scrolling settings panel with section shortcuts, sticky headings, a larger live preview, and consolidated save, generation, readability, undo, and application controls.
• Direct theme inspection While previewing a real dashboard or proposal, theme designers can hover to identify the setting controlling an element and click to edit its background, text, border, corners, shadow, or font nearby.
• Real-page theme previews Draft themes can be previewed safely on an actual dashboard and live proposal, with read-only navigation and a component sheet for notices, forms, charts, tooltips, and dialogs.
• More capable colour editing Theme colours share a consistent editor with picking, hex entry, recent colours, and contrast information. Related colour suggestions can be applied together and undone in one step.
• More trustworthy theme previews Component previews now use the same interface patterns as live pages, apply heading and body fonts accurately, and prevent preview links from unexpectedly replacing the selected page.
• Better readability correction Theme Studio detects status colours that disappear against page or card backgrounds. Its Fix action can adjust a failing gradient stop to meet the contrast target while explaining conflicts it should not change automatically.
• Immediate theme application Applying a company theme updates the surrounding workspace colours without requiring a reload. Scrollbars and other studio details also follow the selected theme more consistently.
• Browse authorized pages A Browse button and command-palette tab provide a searchable map of the pages each user can access, grouped into work, sales, operations, equipment, account, and company areas.
• Keyboard shortcuts in the command palette Users can manage shortcut preferences and review their authorized Navigate and Create shortcuts inside the palette. Pressing ? opens these preferences, and changes take effect immediately.
• Stop assistant requests Pericles uses one send-and-stop control and can cancel queued or running requests. Partial responses are retained, in-progress actions are interrupted, and late imports or changes are not saved after cancellation.
• More resilient complex document analysis Pericles can complete more specification-reading work during a request, reducing premature stops when several documents or complex kits must be analyzed.
• Clearer document-library controls Folder actions are visually separated from file and cloud-drive import commands, making document-adding options easier to identify.
• Unified client documents The client Documents tab presents quote, system, message, and directly uploaded files in one clearer list with file type, size, source, uploader context, and direct inspection.
• Streamlined client actions Messaging, View as client, watching, campaigns, and management actions use a clearer grouped layout. Watching controls explain notification preferences and make stopping notifications explicit.
• Timely review requests Team members can request a customer review from the client overview. Powerlily highlights the prompt after the client has signed a proposal or has a system.
• Safer client deletion Client deletion is shown only to users with team-management permission, with a consistent confirmation workflow.
• Paste and drag message attachments Users can paste screenshots or drag files into the message composer, preview thumbnails and filenames, combine them with other attachments, and remove individual files before sending.
• Better phone-sized messaging On small screens, the messaging hub shows either the conversation list or selected thread, with a back button, larger tap targets, truncated headings, and a mobile-friendly composer.
• Cleaner docked chat The compact chat dock removes repeated titles, truncates long descriptions, and gives the editor a full-width row above attachment tools and Send.
• More reliable messaging redirects Expired sessions, billing requirements, and setup guards now open their destination as a full page instead of leaving the messaging hub in a broken embedded view.
• Clearer customer-portal navigation Dashboard, company, shop, and proposal navigation has larger hit areas, stronger current-page markers, and clearer mobile rows while preserving keyboard focus and reduced-motion preferences.
• Full company bio in branded footers A subscribing company’s full bio now appears as plain text in its branded footer instead of being cut off after 150 characters.
• Safer imagery replacement Replacing imagery for a quote with an existing design now explains exactly what will be cleared, offers a return to the saved design, and requires explicit confirmation. Once confirmed, obsolete geometry and scene-derived data are removed consistently while applicable commercial selections remain.
• Protection against empty design saves If an existing scene is missing or fails to load, Powerlily preserves panel quantities and blocks saving or document generation instead of allowing an incomplete scene to overwrite the quote. Designers receive specific retry guidance before refreshing.
• Stable saved design scale and duplication Reopening an existing design no longer changes its saved imagery scale from a stale URL. Duplicated proposal options retain independent scenes and arrays, so changes to the copy do not affect the original.
• Designs survive removed catalogue equipment If a saved design references a panel or inverter no longer in the company catalogue, Powerlily skips invalid array updates cleanly instead of failing the entire save.
• Fresh weather data when cached rows fail If cached weather cannot support panel simulation, the designer can request fresh typical-year data for the same location rather than repeatedly using unusable rows.
• Design image recovery Designers and scene viewers retry through Powerlily when a cached storage link has expired, reducing missing imagery caused by expired redirects.
• Clearer design-save completion After saving, designers see a responsive full-page confirmation with previews and clear choices to keep working or finish. Keyboard saves can remain unobtrusive.
• Readable electrical states Clipping notices, wiring warnings, and readiness chips retain readable text on tinted backgrounds instead of depending on potentially low-contrast company notification colours.
• Cleaner proposal pricing tables Pricing rows avoid duplicated cell borders while preserving the intended divider between labels and amounts.
• Consistent quote equipment images Panels, inverters, optimizers, miscellaneous equipment, racking kits, racking parts, and MIDs use a shared thumbnail treatment with suitable placeholders.
• Fixed product galleries Proposal and catalogue media galleries use consistently sized controls and compact slide indicators, with improved keyboard focus and responsive presentation.
• Accessible manufacturer menus Manufacturer selectors can extend beyond catalogue form panels, preventing long option lists from being clipped.
• Clearer catalogue readiness badges Badges and tooltips describe the actual downstream use of each product type, making missing-specification warnings easier to interpret.
• Safer catalogue approvals Individual and bulk imports can use safe defaults when certain required-default battery or inverter fields are omitted. Battery reviews provide an explicit Yes or No choice so a negative value is saved correctly.
• Read-only proposal filtering Team members who can view but not manage proposals can use proposal search and filters without encountering a management-permission error.
• Expired-page recovery Forms and background actions submitted from stale browser tabs now return users with a useful explanation instead of a server error. Guidance tells users when a reload is required.
• Reliable dialogs and notifications Dialog cleanup no longer risks leaving scrolling locked after navigation, and the notification inbox has a stronger loading fallback.
• Auto-saving skips unchanged fields Moving through descriptions, company bios, terms, and supported chip fields without editing no longer triggers unnecessary saves. Failed changes remain eligible for retry.

3D design tool

• AI-assisted roof creation Designers can frame a target building and request an automatically traced roof, with guided progress and safe cancellation. Late results are discarded if detection is cancelled or the design closes.
• Cleaner detected roof geometry Automatic modeling better preserves narrow facets, meaningful jogs, oblique walls, straight crop boundaries, and planes with different orientations. It also reduces stair-step edges, tangled outlines, collapsed short edges, and small mask artifacts.
• Better roof crease alignment Detected ridges, hips, and valleys can align with visible image evidence while retaining elevation-derived geometry when the image is inconclusive.
• Visible and faster plane analysis Roof-plane processing shows the current stage in one updating loader and reduces repeated fitting work. Boundary refinement remains reliable around holes, invalid regions, and unassigned measurements.
• Configure racking by surface Designers can select a compatible kit and installation configuration independently for each roof or ground surface, including attachment category, tilt, ballast values, and manufacturer datasheets.
• Itemized racking takeoffs Design geometry can be translated into quantities for rails, clamps, attachments, supports, accessories, and other parts. These quantities feed the racking BOM and planset mounting details.
• Apply a kit across compatible arrays After changing or removing a kit on one array, designers can apply the same choice to every compatible panel-bearing surface. The operation is undoable and reports how many arrays changed.
• Explicitly skip racking A surface can be set to No racking kit when it should be measured but not priced. This remains distinct from leaving the choice unset and following the company’s preferred compatible kit.
• Project-engineered mounting inputs Each surface can retain fastener specifications, embedment, spacing, end offsets, engineering-plan references, ballast details, and exact component counts, including deliberate zero values. Changes mark affected mounting documents as stale.
• Exact ballast schedules Ballasted systems can use the exact block count from the project plan instead of a per-module estimate. BOM notes, dead-load calculations, attachment tables, and plansets use the selected count and block weight.
• Ground-system planset defaults Ground-mount, tracker, and carport kits can prefill support type, foundation type, and foundation size. Kit-derived values follow later kit changes unless the designer enters a manual override.
• Correct ground-system terminology Plansets use foundation size and anchor hardware for non-roof systems instead of roof attachment and flashing language.
• Tile-hook attachments Designers can select Tile hook as a roof attachment type, with the required flashing method requested for complete structural documentation.
• Accurate selected-component takeoffs Alternate and optional kit components are included only when marked in use. Support quantities can follow attachments, while accessories can be counted per array.
• Actionable racking guidance Surface and planset workflows distinguish catalogue problems from project-specific inputs and identify the affected surface. Missing quantities, ballast, fasteners, spacing, offsets, and unsafe limits point users to the appropriate field or kit correction.
• Clearer racking override controls Active overrides expand automatically, and blank fields explain whether the kit has no value, the item will not print, or a standard convention applies. Requirement lists consolidate repeated project-quantity requests.
• Guided SLD and planset decisions Unresolved design choices appear as actionable queues with suggestions and links to the relevant workspace or field. Low-confidence questions can be handed to Pericles with a prepared prompt.
• Automatic first SLD generation Opening the SLD workspace generates a drawing when inputs are ready and no diagram exists. Existing or manually edited diagrams remain untouched.
• Flexible SLD export Export focuses on the PV-3 sheet, includes page-size selection, and shows unresolved findings before export. Users can confirm ordinary findings, while permit-package blocking follows the company’s configured preflight rules.
• Transformer modeling and editing Designers can insert a transformer into an AC wire or configure a generated one, including ratings, voltage systems, phases, windings, neutral, grounding, protection, fault current, and SCCR details. Transformer edits support save, reload, preview, undo, and redo.
• Transformer-aware calculations Network calculations carry current through transformer voltage ratios and check winding systems and equipment ratings. Inverter voltage mismatches are treated as blocking dangers.
• Multiple battery branches Units in one quoted battery bank can be allocated across independently wired branches while remaining tied to the same proposal quantity. Each branch receives its own route, circuit, breaker identity, and sizing.
• Documented battery PCS controls Battery branches can record a bidirectional current limit with its approval or commissioning reference. Incomplete documentation keeps conservative nameplate sizing and produces a danger finding.
• Source-combiner presets and checks Designers can apply published equipment ratings to a source combiner, then enter installed breakers and documented PCS settings. Voltage, phase, battery-position, current-limit, and metering checks identify incompatible configurations.
• Clear combiner labels SLD previews distinguish common-feeder PCS limits from battery-branch protection and label integrated production or battery metering and import or export limits.
• TECK90 AC wiring profile Canadian electrical designs can use TECK90 armored cable for AC field wiring, with copper and aluminum support and the appropriate aluminum minimum size. Factory array and trunk wiring remain unchanged.
• Self-consumption-only storage Storage can be modeled for energy shifting without outage backup or a grid-isolation device. Capacity and annual-value results remain available, while backup runtime claims, load controls, seasonal tables, and irrelevant warnings are hidden.
• Integrated inverter storage Built-in storage and attached expansion batteries are recognized even without a separate battery bank. The storage editor, readiness status, SLD summary, and planset wizard show installed models and total usable capacity.
• Correct expansion-battery circuits Listed expansion units attached to an all-in-one inverter add energy capacity without being treated as separately field-wired banks requiring their own DC conductors, disconnects, or voltage checks.
• Provisional hybrid-storage limits A hybrid inverter can remain usable without a published battery-only discharge rating. Analysis uses a clearly labeled provisional ceiling, honors lower documented limits, and still requires electrical evidence for field-wired DC conductor sizing.
• Open Pericles from storage design Designers can preserve pending storage edits, switch to the SLD workspace, and reopen their existing Pericles electrical conversation directly from the battery editor.
• MID findings point to the catalogue Missing ratings, ports, protection limits, backup support, neutral behavior, and listing evidence now direct designers to the selected product record instead of unrelated settings.
• Unknown MID neutral switching no longer blocks export Plans can be exported when neutral behavior is undocumented. The SLD retains verification warnings, grounding and bonding notes, and the unknown state after manual network edits.
• Optional inverter array-power limits Auto-stringing and validation continue when maximum DC power is not published. When a positive manufacturer limit exists, the requested ratio still respects it and the interface identifies the constraint.
• More useful high-ratio guidance High DC-to-AC observations now recommend reviewing clipping, energy yield, array orientations, and DC-coupled storage before changing inverter size.
• Accurate shared-design production Saved scenes retain module wattage, inverter ratio and efficiency, losses, module type, and bifaciality. Read-only viewers can reproduce system capacity and per-panel production without access to the company catalogue.
• Interactive viewer compass Read-only 3D viewers now show cardinal directions and a live degree heading. Viewers can click the compass to align the scene north.
• Reliable solar-analysis saves Saving waits for actual active analysis progress rather than a fixed total duration. Long analyses can continue while progressing, and time in a hidden tab no longer causes a false timeout.
• Stable open design sessions Editors already open during a 3D tool update can continue loading the version they started with instead of failing partway through the session.
• Saved capacity after catalogue removal If a module leaves the company catalogue, saved arrays use their stored panel wattage for system and stringing capacity calculations.
• More accurate tree detection Stricter confidence checks and improved canopy merging reduce false positives and duplicate trees. The tool also reports when all detected trees are already present.
• Easier tree selection Tree canopies use a more appropriate picking shape when transparent or animated foliage does not match normal hit testing.
• Small-tree shading reliability Very small crowns no longer break scene generation, and their canopies continue contributing to shading simulations.
• Faster tree rendering Canopy creation performs less repeated work, and new trees remain hidden until their visual effects are ready, reducing stalls and flashing.
• Smoother stationary views Settled ambient shading can be reused during hover-only redraws while camera movement, edits, wind animation, and periodic refreshes still update the scene.
• Clear panel-orientation hints Placement hints show the current portrait or landscape orientation and the result of pressing R, alongside setback and overhang warnings.
• Correctly sized panel controls Panel-layout control points use the real imagery scale as soon as they are created or rebuilt, preventing oversized handles on large imagery or during view changes.
• Responsive panel editing Large selections clear in one pass, delete counts stay accurate, and panel-grid statistics follow the array during orbiting without recalculating clusters every frame.
• More stable plansets Work-in-progress designs can restore planset state before an inverter is selected, and planset pages tolerate an SLD that has not yet initialized.
• Faster planset navigation Hidden sheets defer graph work, while the visible page retains its fitted viewport and thumbnail state.
• Smoother production and electrical panels Array cards, monthly-production displays, and electrical status elements preserve their interface state during refreshes, reducing flicker.
• Better narrow-panel controls Surface, equipment, obstruction, and structure controls wrap more cleanly in narrow panes. Structure choices also explain cooling, underside, albedo, and tracker simulation behavior.
• Clean canopy highlighting Open-canopy selection highlights the current frame without tinting obsolete roof-wall geometry, and old overlays are removed after structure conversion.
• Reliable inspector closing Hidden polygon and tree inspectors no longer intercept canvas clicks after their exit animation, and resize handles track animated panels more reliably.
• More responsive notifications Feedback messages and countdown bars use lighter animation work, helping the editor remain responsive when several notices appear.
• Clearer property-data errors Expired sessions now produce direct sign-in guidance, while provider credential failures are reported as service problems instead of masquerading as a user sign-out.
• Imagery without elevation coverage Detailed aerial imagery can remain available at locations where matching elevation data is unavailable, and only the newest relevant survey is selected.
• Visible loading fallback If the decorative loading logo cannot be retrieved, the startup screen shows a sun icon instead of a broken image.

Powerlily mobile app

• Lead discussions are coming to the app Field teams will be able to read lead comment threads, post comments and replies, and like comments while respecting view and edit permissions.
• Immediate comment reactions Liking or unliking a quote comment will return the current reaction and like count instead of briefly showing stale values.
• Monitored systems on mobile The app will support importing and refreshing connected monitored sites, with equipment, topology, battery, and backup details included in system views.
• Payable invoice links Client-portal mobile users will receive the same secure payment link for eligible invoice balances.
• Multi-document catalogue imports Mobile catalogue imports will support up to five source documents for one product or family, preserving source details and evidence through review.
• More reliable Android customer map The canvassing map will skip missing, malformed, non-finite, or out-of-range coordinates instead of crashing, while continuing to display valid customer pins.