Provide detailed information about your facility and the specific parking zones where EV charging infrastructure will be installed. Accurate metadata ensures proper planning and installation.
Facility Official Name
Facility Complete Address
Facility Identification Code (if applicable)
Facility Ownership Status
Owned by corporation
Leased by corporation
Mixed ownership
Third-party managed
Total Facility Gross Floor Area (square meters)
Parking Structure Overview
Primary Parking Structure Type
Multi-level parking garage
Surface parking lot
Underground parking
Mixed structure types
Mechanical parking system
Total Number of Parking Spaces in Facility
Number of Parking Levels or Zones
Is the parking facility accessible to the public?
Describe public access hours and restrictions:
Proposed EV Charging Installation Zone Details
Proposed Zone Identifier or Name
Number of Parking Spaces in Proposed Zone
Maximum Number of EV Chargers Planned for This Zone
Installation Area Environment
Fully indoor climate-controlled
Covered semi-enclosed
Open-air exposed
Partially sheltered
Is there existing electrical infrastructure in the proposed zone?
Describe existing infrastructure (panels, conduits, capacity):
Will installation require structural modifications?
Describe required structural modifications:
Are there waterproofing or drainage considerations?
Describe waterproofing requirements:
Is the installation zone designated for accessibility-compliant parking?
How many accessible spaces will be equipped with chargers?
Does the zone have existing network/communications cabling?
Describe network infrastructure available:
Are there plans for future expansion beyond this initial installation?
Describe future expansion plans and timeline:
Upload Site Plan or Parking Layout Map (showing proposed zone)
Upload Photographs of Proposed Installation Area (minimum 3 angles)
Upload Existing Electrical Drawings (if available)
Provide comprehensive details about current electrical infrastructure and projected load from EV charging. This audit determines grid readiness and identifies required upgrades.
Main Electrical Service Provider/Grid Operator Name
Main Service Capacity (kVA)
Main Service Voltage (V)
Electrical Service Phase Configuration
Three-phase
Single-phase
Mixed
Number of Existing Main Distribution Panels
Current Load Profile Analysis
Average Baseline Electrical Load (kW)
Peak Historical Demand (kW)
Date/Time of Peak Demand Recording
Current Spare Capacity at Peak (kW)
Do you have 12 months of interval meter data available?
Upload Interval Meter Data File (CSV or Excel format)
Proposed EV Charging Equipment Specifications
EV Charger Configuration Details
Charger Model/Type | Quantity | Power per Unit (kW) | Voltage (V) | Max Current per Unit (A) | Connector Type(s) | Dynamic Load Management Capable? | ||
|---|---|---|---|---|---|---|---|---|
A | B | C | D | E | F | G | ||
1 | Level 2 AC Charger - Dual Port | 8 | 22 | 400 | 32 | Type 2 | Yes | |
2 | DC Fast Charger - Single Port | 2 | 150 | 400 | 217 | CCS2 | Yes | |
3 | Level 2 AC Charger - Single Port | 2 | 7.4 | 230 | 32 | Type 2 | ||
4 | ||||||||
5 | ||||||||
6 | ||||||||
7 | ||||||||
8 | ||||||||
9 | ||||||||
10 |
Total Simultaneous Maximum Draw (kW)
Total Simultaneous Maximum Current (A)
Will this installation require main service upgrade?
Describe required service upgrade scope:
Will additional transformers be required?
Specify transformer specifications and locations:
Is load-balancing or dynamic load management planned?
Load Management Strategy
Centralized smart panel with dynamic control
Charger-level autonomous balancing
Manual scheduled load shedding
Utility demand response integration
Hybrid approach
Will on-site energy storage (battery) be integrated?
Describe energy storage capacity and integration strategy:
Will renewable energy generation (solar/wind) supplement charging?
Describe renewable generation capacity and configuration:
Is backup generator power available for emergency charging?
Describe generator capacity and automatic transfer switch availability:
Technical Risk Assessment - Rate the following concerns
Very Low Risk | Low Risk | Medium Risk | High Risk | Very High Risk | |
|---|---|---|---|---|---|
Voltage drop over cable runs | |||||
Harmonic distortion from chargers | |||||
Grid stability impact | |||||
Equipment overheating risk | |||||
Cybersecurity vulnerabilities |
Upload Preliminary Single Line Diagram (SLD)
Upload Load Calculation Summary Report
Detail all regulatory, permitting, and utility coordination requirements. This section ensures compliance with local authorities and grid operators.
Are municipal electrical permits required for this installation?
List all required permit types and issuing authorities:
Permit Application Status
Not yet started
In preparation
Submitted pending review
Under review with authority
Conditionally approved
Fully approved
Primary Municipal Authority Contact Name
Authority Organization Name
Authority Contact Email
Authority Contact Phone
Expected Permit Approval Date
Estimated Total Permit Fees
Is the facility located in a special regulatory zone?
Select all applicable special zones:
Historical preservation district
Flood hazard zone
Earthquake fault zone
Coastal zone
Airport approach zone
Environmental protection area
High-security zone
Other
Utility Interconnection Requirements
Local Distribution Utility Company Name
Utility Account Number for Facility
Has formal interconnection application been submitted to utility?
Utility Interconnection Application Reference Number:
Explain delay and planned submission date:
Utility Interconnection Study Requirements
No study required
Level 1 screening only
Level 2 simplified study
Level 3 comprehensive study
Level 4 cluster study
Unknown at this time
Utility Interconnection Approval Deadline
Will the installation include export to grid (V2G capability)?
Describe V2G export capacity and revenue metering arrangement:
Are there grid reinforcement costs to be borne by project?
Estimated Utility Grid Reinforcement Cost:
Is a power quality impact study required?
Describe study scope and consultant details:
Are there export power limitations imposed by utility?
Describe export limitations and curtailment conditions:
Is a witness test or inspection required by utility before energization?
Describe witness test requirements and scheduling constraints:
Does the project require third-party technical certification?
Select required certification types:
Electrical safety certification
Grid code compliance
Cybersecurity certification
EMC/EMI testing
Environmental impact assessment
Fire safety review
Other
Describe any known regulatory barriers or special approval conditions:
Regulatory Submission Timeline Tracker
Submission Item | Planned Submission Date | Actual Submission Date | Expected Approval Date | Responsible Party | Associated Fees | ||
|---|---|---|---|---|---|---|---|
A | B | C | D | E | F | ||
1 | Municipal Electrical Permit | 7/15/2025 | 8/30/2025 | Facility Management | $2,500.00 | ||
2 | Utility Interconnection Application | 7/1/2025 | 9/15/2025 | Electrical Engineer | $0.00 | ||
3 | Fire Safety Approval | 7/20/2025 | 8/20/2025 | Safety Officer | $1,500.00 | ||
4 | |||||||
5 | |||||||
6 | |||||||
7 | |||||||
8 | |||||||
9 | |||||||
10 |
Define the operational model for employee and visitor access, pricing, payment processing, and energy cost allocation. This establishes the user experience and financial framework.
Intended User Groups (select all that apply)
Corporate employees only
Contractors and temporary staff
Corporate fleet vehicles
Visitors and clients
General public after hours
Other tenants in building
Will charging be offered free to employees?
Describe corporate subsidy arrangement and budget allocation:
Tariff Model
Cost recovery (energy cost only)
Market rate (local public charging rates)
Tiered pricing by time-of-day
Flat session fee plus energy
Subscription membership
Mixed model
Will time-of-use pricing be implemented?
Time-of-Use Rate Schedule
Time Period | Start Time | End Time | Rate per kWh | Session Fee | ||
|---|---|---|---|---|---|---|
A | B | C | D | E | ||
1 | Off-Peak Overnight | 10:00 PM | 6:00 AM | $0.12 | $0.00 | |
2 | Mid-Peak Daytime | 6:00 AM | 4:00 PM | $0.18 | $0.50 | |
3 | Peak Evening | 4:00 PM | 10:00 PM | $0.25 | $1.00 | |
4 | ||||||
5 | ||||||
6 | ||||||
7 | ||||||
8 | ||||||
9 | ||||||
10 |
Will there be different tariffs for different user groups?
Describe differential pricing structure:
Primary Access Control Method
Corporate ID badge RFID
Mobile app with QR code
License plate recognition
PIN code on charger touchscreen
Contactless credit card
Open access (no authentication)
Will reservations be required or allowed?
Describe reservation policy, time limits, and no-show penalties:
Maximum Charging Session Duration (hours)
Will idle fees apply after charging completes?
Idle Fee Rate (per minute):
Payment Gateway & Financial Integration
Will payment processing be handled internally or externally?
Describe internal payment processing system and PCI compliance status:
External Payment Processor Provider Name:
Will charging costs be integrated with employee payroll deduction?
Describe payroll integration process and accounting codes:
Will corporate sustainability incentives or subsidies apply?
Describe incentive program details:
Is VAT/sales tax recovery applicable for business use?
Describe tax treatment and documentation requirements:
Will multi-tenant cost allocation be required?
Describe allocation methodology and metering arrangement:
Energy Management & Reporting
Will chargers be enrolled in utility demand response programs?
Describe demand response capacity and curtailment agreements:
Is real-time energy monitoring and reporting required?
Select required reporting features:
Individual user session reports
Department-level usage allocation
Carbon emissions savings tracking
Integration with corporate ESG reporting
Real-time dashboard for facility managers
Automated monthly reconciliation reports
Will renewable energy certificates (RECs) be tracked for green charging?
Describe REC tracking and attribution method:
Describe any additional operational policies (e.g., fair use, priority access, visitor etiquette):
Upload Draft User Terms & Conditions Document
Final authorization requires technical validation from the Chief Building Engineer and strategic approval from the Corporate Sustainability Director. Complete all attestations and attach supporting documentation.
Chief Building Engineer Technical Validation
Chief Building Engineer Full Name
Professional Engineering License Number (if applicable)
Engineer Email Address
Technical Feasibility Assessment - Chief Engineer Rating
Not Feasible | Major Concerns | Moderate Concerns | Minor Concerns | Fully Feasible | |
|---|---|---|---|---|---|
Electrical capacity adequacy | |||||
Structural integrity of installation zones | |||||
Network/communications infrastructure readiness | |||||
Safety and code compliance | |||||
Maintainability and access for repairs |
Chief Engineer Technical Comments and Reservations:
Does the Chief Engineer approve the technical design as submitted?
List required design modifications for re-submission:
Corporate Sustainability Director Strategic Approval
Corporate Sustainability Director Full Name
Director Email Address
Estimated Annual CO2 Emissions Avoided (metric tons)
Percentage of Corporate Fleet Targeted for Electrification
Does this project align with corporate carbon neutrality goals?
Explain misalignment and required goal adjustment:
Has the project budget been approved by Finance?
Budget Approval Reference Number:
Explain budget status and expected approval timeline:
Have all stakeholders been consulted (HR, IT, Legal, Facilities)?
List outstanding stakeholder consultations needed:
Is a pilot program recommended before full deployment?
Describe pilot scope, timeline, and success metrics:
Sustainability Director Strategic Comments:
Does the Sustainability Director approve the project as submitted?
List required strategic modifications for re-submission:
Final Authorization & Risk Acknowledgment
I acknowledge that all information provided is accurate to the best of my knowledge
I acknowledge that project delays may occur due to regulatory or utility approval processes beyond our control
I acknowledge that final costs may vary based on actual site conditions and utility requirements
I confirm that maintenance and operations responsibilities have been assigned post-installation
Describe maintenance responsibility assignment:
Chief Building Engineer Digital Signature
Corporate Sustainability Director Digital Signature
Authorization Date
Upload Signed Project Charter or Authorization Memo
Upload Risk Register and Mitigation Plan
To configure an element, select it on the form.