Workplace Charging
Long-cycle programs where regulation, capital, and grid reliability define the pace.
This interactive experience is the shipped product itself — the same application code customers run in production, mounted read-only in your browser over a real sample journey. Not a video, not a mockup: because the demo and the product are one codebase, it can never drift from the real thing.
Inside this journey
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Site & Stakeholder Discovery
Align on desired outcomes, constraints, stakeholders, and success signals; capture tenant mix, EV adoption estimates, parking layout, and electrical capacity constraints.
Discovery Questions
Starting the conversation: why this matters now
- Tell me briefly why workplace charging is on your agenda today and who raised it first in your organization.
- How many employees at this location do you estimate already commute in an EV?
- When was the last time you ran a tenant benefits or commute survey that included charging questions?
- Walk me through a typical weekday morning in the garage from arrival to peak occupancy, including any tenant or visitor patterns you notice.
- Which of these stakeholders will need to sign off for a new charging program?
- Who will be the day-to-day contact for tenant communications and approvals?
- Why would you decide not to move forward after a site assessment, for example a utility upgrade cost, tenant objections, or timeline conflicts?
Where keeping things the same actually costs you
- If you left the garage without charging for the next 12 months, what specific leasing or retention outcome would most likely happen?
- Describe any recent incidents where lack of charging affected a recruiting conversation or a tenant negotiation.
- How many tenants have already asked for reserved or dedicated EV stalls?
- When you think about a new program, what budget horizon do you have in mind for capital and annual operating costs?
- Which of the following consequences would make this project a top priority for leadership?
- What single acceptance criterion, if met by a pilot, would get you to move forward immediately?
Where the technical limits live and what breaks first
- Where do you expect the biggest technical risk to be, electrical capacity, metering, or garage access control?
- Estimate the available spare electrical capacity in the building main or garage switchgear in kilowatts or amps.
- Who owns the electrical drawings and single line diagrams needed for scope and permitting?
- Is there an existing submetering or tenant billing meter that could be used, or would new metering be required?
- If a utility upgrade were required, are you prepared to lead the application and cover any interconnection deposits?
- Name the utility account manager or contact who handles large electrical service requests for the site, if known.
Who's on the chargers and how you'll measure success
- Imagine the program runs for six months, what utilization rate per charger would convince you this met the employee benefit goal?
- Tell me which user groups matter most for you, employees, visitors, fleet, or tenants with dedicated stalls.
- In months, how quickly do you expect employees to adopt charging after launch?
- Have you measured daily parking occupancy and turnover in the garage recently?
- Rate how important per-tenant billing accuracy is on a scale from 1 to 5.
- What would cause you to pause the program after a pilot, for example metering issues, unexpected upgrade costs, or low adoption?
Who else is on the table: incumbents and DIY options
- Name the alternatives you are actively considering right now, including internal options and any incumbent providers.
- List any internal project or facilities teams that have proposed solving charging without an outside vendor.
- Are you currently under contract with an incumbent charging provider or hardware vendor for this site?
- Could your current approach be made to work by investing only in software or operational changes instead of new hardware?
- Explain what success would look like if you stayed with the current provider for another year.
- Identify the single detail about an incumbent or an internal plan that would cause you to reject it outright.
Operational readiness: who, what, and the gating constraints
- Given your current headcount and parking policy, do you have a staff member who can manage daily reporting and tenant billing exceptions?
- Confirm whether you control access to the garage gate systems and whether API integration is permitted.
- Estimate how many hours per month your facilities team could dedicate to a charging pilot.
- Is there a facilities budget line for tenant electricity or amenity utilities that could cover operating costs?
- List any required internal approvals or committees that must sign off before construction work begins.
- Could regulatory or building code issues, such as AHJ restrictions on the garage, stop the project before permits are approved?
How you will measure success and who decides
- Imagine the pilot proves adoption matches your forecast, would you be prepared to commit to rollout funding within 30 days?
- Explain which KPIs you will use to decide pilot success, utilization, per-stall revenue, tenant satisfaction, or other metrics.
- Rate the importance of automated tenant billing accuracy relative to a simple flat-fee model, 5 is critical.
- Share any target timelines your procurement or capital planning team has for decisions this quarter.
- Are there lease clauses or tenant agreements that limit where or how you can charge visitors?
- Identify the single operational failure mode, such as billing disputes or charger downtime, that would make you pause the program.
Next steps, pilot design, and commitment
- Would a short pilot focused on one floor or tenant group reduce your risk enough to proceed?
- Select the earliest realistic launch window you can support for site assessment, permitting, and installation.
- Confirm whether your team can provide drawings and parking counts within 10 business days of engagement.
- Provide the name and email of the person who will approve contracts if the commercial terms meet your acceptance criteria.
- Do you have a preferred procurement or P-Card process we need to follow for small capital projects?
- Can your team commit to a decision timeline after a pilot, for example signing within two weeks if acceptance criteria are met?
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Program Experience
Walk through how a workplace charging program delivers retention, tenant-billing, access control, and load-management outcomes using the buyer's real site scenarios.
Solution Experience
- Program Experience Session
- Orientation: end-to-end program and timeline
- You confirm the restated current state and the financial and retention consequences as accurate.
- Provide tenant mix, parking layout, electrical capacity figures, and the latest tenant survey responses before the forecast run.
- You confirm the tenant billing and access-control workflow shown would eliminate the specific operational gaps you described in Discovery.
- Confirm the current state and its cost
- Deliver a site-specific utilization and electrical capacity forecast using the provided tenant mix and survey results within three business days after receiving inputs.
- Proof: tenant billing and access-control workflows using your tenant mix
- Provide 1-2 sample tenant billing rules or preferred fee structures for validation in the next session.
- You accept the load-management outcome as feasible for your electrical capacity or identify the point at which a utility upgrade is required.
- Proof: load-management on your electrical capacity
- You agree the remaining evidence needed to finalize commercial terms and set a target decision date.
- Confirm the internal decision timeline and the acceptance criteria that will trigger go/no-go approval.
- Service, incentives, and acceptance criteria
- Validate the demonstrated outcomes
- Agree next evidence and decision steps
- Program Experience Session
- Solution Experience Deck
- Program Solution Brief
- meeting
- slides
- document
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Solution Scope
Define equipment counts, electrical upgrade responsibilities, per-tenant access and billing rules, service SLAs, incentive support, and measurable acceptance criteria.
Scope Configuration
- Install Level 2 Charging Stations
- Install DC Fast Chargers
- Install Electrical Distribution, Metering, and Panels
- Coordinate Utility Interconnection and Capacity Upgrades
- Deploy Network Management Software and Monitoring
- Configure Dynamic Load Management
- Configure Access Control and User Provisioning
- Configure Per-Tenant Billing and Payment Processing
- Commission and Test Charging System
- Submit Tax Credit and Incentive Applications
- Provide Ongoing Maintenance and SLA Support
- Install Signage, Stall Markings, and Wayfinding
- Deliver Employee and Tenant Enrollment Communications
- Manage Warranty Claims and Spare Parts Provisioning
Scope Questions
Install Level 2 Charging Stations
- How many Level 2 charging ports do you want installed initially (count by parking stall)?
- Which parking areas are candidates for Level 2 stations (select by type and level)?
- Require weather-rated enclosures or canopy-mounted pedestals for any Level 2 locations?
- Provide the stall identification format we should use for installer placement and signage (for example: G1-G10, R1-R5).
- List any tenant allocation priorities or lease clauses that affect which stalls are used for charging (for example reserved stalls for Tenant A).
- Are there existing parking permits, concierge programs, or tenant parking zones that will constrain Level 2 placement?
Install DC Fast Chargers
- How many DC fast charging (DCFC) dispensers do you expect to install at initial deployment (count of dispensers)?
- Which specific curbside or forecourt areas are being considered for DCFC (describe location and level)?
- Would you prefer integrated payment kiosks at DCFC bays or app-only payment via the networked platform?
- Name the person on your facilities team who will approve concrete pad cutting, trenching, and bollard placement for DCFC.
- State the maximum available delivered power at the proposed DCFC location in kW or continuous amps per the site assessment.
- Any vehicle clearance, turning-radius, or ADA constraints at the proposed forecourt that affect dispenser placement?
Install Electrical Distribution, Metering, and Panels
- Which electrical documents can you provide from the building: single-line diagram (SLD), panel schedule, and as-built service drawing?
- Upload or summarize the main service amperage and meter point designation shown on the latest utility bill (for example: 1200 A at meter M-1).
- Which metering approach will you accept for tenant billing: separate revenue-grade kWh meter, shared building meter, or submetering per stall?
- Identify who will own and operate new distribution equipment after installation (building owner, property manager, or a third-party maintainer).
- Specify any physical constraints in the electrical room (limited breaker spaces, conduit chase fill limits, transformer clearance) that could limit new panels.
- What measurable acceptance criteria will confirm electrical upgrades are complete (for example: signed final SLD uploaded, installed breakers tested to the panel schedule, revenue-grade meter installed and labeled)?
Coordinate Utility Interconnection and Capacity Upgrades
- Have you filed a utility interconnection application or received a make-ready estimate from the local utility?
- Provide the current service entrance capacity and available spare amps per the utility or recent load letter.
- Name your primary utility contact for interconnection coordination (include role and preferred contact info).
- List any utility-requested studies, equipment upgrades, or fees disclosed during site assessment (for example: transformer replacement, SCADA tie-in, easement work).
- What evidence will validate utility interconnection and capacity upgrade completion (for example: signed interconnection agreement, utility-issued meter set approval, and final utility invoice)?
- Confirm whether you expect the project to fund utility upgrades upfront or require landlord/owner reimbursement or financing options.
Deploy Network Management Software and Monitoring
- Which building systems must the charging network integrate with (for example garage gate controller, access control system, or building management system)?
- Require OCPP (Open Charge Point Protocol) or another open protocol for charger communication to your platform?
- Indicate preferred network provisioning for chargers: Ethernet to switch, dedicated Wi-Fi SSID, cellular modem, or captive-portal Wi-Fi.
- Who on your IT team will coordinate firewall rules and port openings to allow charger telemetry and API access?
- Which monitoring KPIs must be available at go-live (for example real-time occupancy, per-stall kWh, fault alerts, utilization trends)?
- Are there cybersecurity or TLS certificate requirements for remote device management we should plan for?
Configure Dynamic Load Management
- Estimate the percentage of installed stations you expect to be charging concurrently during the site's peak hour (for load-management planning).
- Which distribution panels or subpanels (identify by panel ID from the panel schedule) should be included in the dynamic load-management domain?
- Select the primary load-management objective you prioritize: maximize simultaneity, minimize demand charges, or guarantee reserved amps per tenant.
- What maximum continuous per-station current (amps) should be enforced by default during peak periods?
- Who will approve automated load-shedding events and escalation rules during utility curtailment or emergency events?
- Confirm whether overrides are allowed for emergency vehicles or fleet charging that bypass normal load-management limits.
Configure Access Control and User Provisioning
- How will employees and tenants be identified for charger access: badge reader (employee ID), corporate single sign-on (SSO), phone app account, or email invite?
- Do you require per-tenant access windows (for example Tenant A: 7am–7pm, Tenant B: 24/7) enforced at the charger level?
- Upload the list of tenant admin contacts and indicate your preferred user import method (CSV upload or API provisioning).
- Are there HR, union, or privacy policies that restrict sharing employee identifiers (for example license plate, employee ID) with third-party systems?
- Which user attributes must be captured for billing and compliance (choose all that apply)?
- Who will handle ongoing user provisioning (onboarding and offboarding) and at what cadence (daily, weekly, ad hoc)?
Configure Per-Tenant Billing and Payment Processing
- Which billing model do you prefer per tenant: tenant account billing, employee-billed per charge, or included as a tenant amenity?
- Do you require cost-center or general ledger (GL) mapping for each tenant's invoices to feed your accounting system?
- Indicate your preferred invoice cadence and format for tenant billing (for example monthly PDF or CSV export).
- Which payment settlement flows do you accept for transaction capture (for example direct tenant invoice, payment card via portal, payroll deduction)?
- Are there tax jurisdiction rules or sales-tax exemption requirements that must be applied to tenant billing?
- Who will be the authorized signer to approve billing terms and merchant account setup for the property?
Commission and Test Charging System
- Which commissioning test scripts do you require to be executed (connectivity, per-stall kWh metering accuracy, payment transaction, load-management cutover)?
- Provide preferred commissioning windows when tenant vehicle traffic is minimal for live testing and user acceptance trials.
- How will you verify and accept system commissioning (for example AHJ inspection passed, per-stall kWh within ±2% of a reference meter, successful tenant payment transaction)?
- Who on your team will sign the commissioning checklist and formally accept the charging system into operational status?
- Are there AHJ inspection items or municipal pre-energization permits required before stations can be energized?
- List any tenant-specific acceptance tests we should perform (for example reserved-stall booking, visitor payment refunds, fleet priority scenarios).
Submit Tax Credit and Incentive Applications
- Which incentive programs do you plan to pursue (for example federal investment tax credit (ITC), state rebate, or utility rebate)?
- Do you have required tax and entity documentation available for applications (for example W-9, organization legal name, and finance contact)?
- Provide the project cost breakout to use in applications (hardware, labor, utility upgrades, network fees).
- Who will be the finance or tax contact authorized to sign and submit incentive paperwork?
- Are there vendor or hardware eligibility constraints in your target state program (for example approved hardware lists or certified installers)?
- Specify any incentive application deadlines or completion-by dates that will constrain project scheduling.
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Mutual Commit
Finalize commercial and legal terms, confirm responsibilities for utility upgrades and metering, lock payment and billing arrangements, and set project milestones.
Agreement Modules
- Master Services Agreement (MSA)
- Statement of Work (SOW)
- Order Form and Billing Schedule
- Equipment Purchase Addendum
- Utility Upgrade & Metering Responsibility Schedule
- Authorization to Act for Utility Filings
- Project Milestones & Acceptance Criteria
- Service Level Agreement (SLA)
- Data Processing Agreement (DPA)
- HIPAA Business Associate Addendum (conditional)
- Incentive & Rebate Support Addendum
- Change Order Agreement
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Deployment
Operationalize rollout with readiness checks, execution, and outcome validation.
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Pre-Deployment Readiness
Capture concrete readiness facts the installation depends on — site access windows, tenant approvals, electrical room access, metering points, and utility contacts.
Pre-Deployment Questions
Environment and site access
- Is this a single-site deployment or multiple sites (we use this to plan crew routing)?
- Which vendor access windows are permitted for physical installation at the site(s)? Select all that apply (so we can schedule crews to match access).
- Named on-site access owner who will meet crews or coordinate building-entry (provide name and role so we can confirm escorts/permits).
Electrical and metering readiness
- Has the electrical room and proposed feeder access for the installation been identified and is vendor access approved? (this determines where crews can work and whether special permits/escorts are needed).
- Based on your electrical assessment, is a utility-side upgrade or new service/meter likely required? (this drives utility scheduling and long-lead items).
- Does the building allow submetering for tenant billing, or will tenant billing require utility-installed meters? (this determines metering procurement and billing approach).
People and ownership
- Who is the buyer-side owner for final approvals and day-of decision-making (name and role for electrical work, tenant-billing rules, and sign-off)?
- Have affected tenants provided written approval for charger locations and tenant-billing rules? (if partially approved, indicate status so we can sequence installations).
Timing and constraints
- Are there scheduling blackout windows or date constraints the deployment must avoid (e.g., move-ins, peak business periods, events)? If yes, we will request the specific dates in DeploymentConfig.
- Have AHJ inspection and utility interconnection steps been confirmed as schedulable (so we can plan the mandatory pre-energization gate)?
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Configuration Details
Lock the exact configuration values the deployment team will use — charger layouts, load-management thresholds, per-tenant billing rules, access-control mappings, and integration endpoints.
Configuration Details
ENVIRONMENTS & INTEGRATIONS
- Select the deployment region for this installation (choose the region the platform instance will operate in).
- Enter the deployment instance name the platform will use (format: single token, default is "production").
- Enter your telemetry / webhook endpoint URL (format: https://... ). If platform-managed telemetry is used, enter 'N/A'.
CHARGER LAYOUT & IDENTIFIERS
- Number of charger pedestals to configure (numeric — enter integer count).
- Charger naming prefix to apply to each station identifier (default: "CS-"). Example resulting names: CS-001, CS-002.
- Nominal charger power per pedestal in kilowatts (kW). Default is 7.2 (enter a single numeric value, e.g., 7.2).
LOAD MANAGEMENT, BILLING & METERING
- Select the load-management mode to enforce for this site.
- Maximum aggregate charging load allowed on the building feeder (kW). Default 100 kW — confirm or enter the exact kW limit the system must not exceed.
- Select the tenant billing model to apply by default.
- Default per-kWh rate to display for tenant billing (in cents). Default 30 (enter numeric cents: e.g., 30 = $0.30/kWh).
- Select the metering source used for billing reconciliation.
ACCESS CONTROL & IDENTITY MAPPINGS
- Primary access-control method to enable on stations.
- If Tenant SSO is selected above, enter the non-secret SSO identifier your IdP provides (entity ID or client ID). If not using SSO, enter 'N/A'. Do NOT paste secrets.
- Enter the access-control mapping filename or path that will be uploaded to the connector workspace (format example: access_mappings.csv). If you will not supply a mapping file, enter 'N/A'.
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Installation & Commissioning
Execute physical installation, coordinate tenant and utility scheduling, configure network software and payment flows, and perform onsite testing.
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Commissioning & Utility Sign-Off
Mandatory pre-energization gate: AHJ inspection, utility interconnection approval, metering and billing verification, and named approvals before stations are energized.
Checklist items
- Obtain AHJ final inspection certificate
- Receive written utility Permission-to-Operate (PTO) / interconnection approval
- Confirm interconnection agreement and upgrade-responsibility documentation
- Verify lockout/tagout (LOTO) completion and records
- Validate metering installation and configuration
- Complete billing and invoice mapping test
- Perform functional access-control and payment-flow test
- Verify safety systems and signage
- Deliver as-built drawings and commissioning report
- Obtain named energization authorization from required approvers
- Confirm rollback/de-energization procedure and emergency contact list
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Success
Confirm outcomes against adoption and utilization targets, review utilization and reporting, and maintain a shared channel for issues, maintenance requests, and enhancement requests.
Success Reviews
- Go-live Health Check (weeks 1-4)
- First Measurement Review (weeks 4-10)
- Acceptance Gate — Outcome Acceptance (around day 90)
- Ongoing Quarterly Success Review
Issues & Enhancements
- Schedule any required tenant- or employee-facing communications needed to drive adoption or clarify billing policies.
- Produce a documented pass/fail outcome for each acceptance criterion listed in Solution Scope.
- If any criterion is not met, agree specific remediation tasks, timelines, and verification data required for final acceptance.
- Capture the named buyer signatory and store the acceptance record in the shared workspace.
- Publish the Acceptance Gate report recording each criterion's pass/fail status and the named signatory or buyer decision note.
- For any failed or conditional items, open tracked remediation tasks with verification checkpoints and target completion dates.
- Confirm the schedule and data requirements for the first Ongoing Quarterly Success Review.
- Quarterly performance dashboard
- Verify that utilization and billing accuracy metrics remain within acceptable bounds or document specific improvement plans where they do not.
- Ensure the maintenance ticket backlog is decreasing or is under a defined remediation plan with owners and dates.
- Agree the prioritized list of operational improvements and when each will be executed or re-evaluated.
- Produce the quarterly performance packet including time-series for utilization, billing accuracy samples, and incident resolution metrics.
- Create or update remediation tasks for any metric trending below target, with specific acceptance criteria for closure.
- Re-confirm Solution Scope acceptance criteria and owners
- Confirm that deployed chargers and network configuration match the Solution Scope equipment counts and layouts.
- Establish owners and target dates for any go-live defects or onboarding gaps identified during the session.
- Agree the date and data deliverables for the First Measurement Review.
- Publish a short go-live validation checklist showing pass/fail for each Solution Scope item and circulate to stakeholders.
- Create a prioritized issue list with remediation owners and target resolution dates in the shared workspace.
- Schedule the First Measurement Review and specify the data extracts required for that meeting.
- Present first-period data vs Solution Scope targets
- Determine whether charger utilization rate and employee adoption rate are trending toward the Solution Scope targets, or document specific causes if not.
- Agree a concrete remediation plan with named owners and dates to correct any material gaps before the acceptance gate.
- Confirm the dataset and reporting format to be used at the Acceptance Gate meeting.
- Deliver a verified usage report that includes sessions per charger per week, unique employee users, and summary of load-management events for the measurement window.
- Open remediation tasks for each root cause identified, with a target completion date prior to the Acceptance Gate meeting.
- Validate per-tenant billing event samples to confirm billing attribution logic and record any required corrections.
- Restate numeric acceptance criteria from Solution Scope
- Deployment completion verification
- Present outcome data against each criterion
- Operational incidents and root causes
- Root-cause analysis for any shortfalls
- Enhancement and maintenance requests
- Operational issues and tickets review
- Onboarding and communication status
- Document pass/fail for each criterion
- Agree corrective actions and timeline to acceptance gate
- Formal acceptance decision and signatory
- Action register and follow-up
- Early operational signals
- Open issues and immediate remediation