Panasonic EVERVOLT App User Guide
- July 25, 2024
- Panasonic
Table of Contents
- Panasonic EVERVOLT App
- FAQ
- POWER FLOW SCREEN
- SOLAR
- BATTERY
- INVERTER
- INVERTER SETTINGS
- SYSTEM MODE
- SMART LOAD MANAGEMENT
- GRID
- LOAD/GENERATOR
- DEVICE CONFIGURATION
- ALARM CONFIGURATION
- ACCOUNT CONFIGURATION
- INVERTER GRAPHS
- CONTACT US
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
Panasonic EVERVOLT App
Specifications
- Energy Monitoring: Solar, Battery, Inverter, Grid, Load/Generator
- System Size: Total size of solar array DC coupled to battery system
- Features: Power Flow Screen, Battery State of Charge, Inverter Settings, Smart Load Management
FAQ
Q: How can I check if my battery needs charging?
A: Monitor the Battery State of Charge on the Battery screen. If the voltage drops below a threshold, set the system to charge the battery.
Q: What does the Wi-Fi logo color indicate on the Inverter screen?
A: The blue color indicates that the system is online, while gray means it is offline.
POWER FLOW SCREEN
- The Power Flow Screen demonstrates the summary of energy production, grid consumption, battery charge and discharge
- It indicates the solar, battery, inverter, grid and load/generator power (watts)
- The Power Flow Screen aims to provide quick insight and management of the user system during on-grid and off-grid conditions
SOLAR
- On this screen, the user clicks on the ‘Solar’ icon and can see more specific details about the PV system
- System Size is the total size of the solar array that is DC coupled to the battery system
- PV Power is the current solar production based on the site conditions
BATTERY
- On this screen, the user clicks on the “Battery” icon to see more details about its current , voltage, and temperature measured by the battery management system (BMS)
- Serial # is shown on the top center of the screen for reference
- Graph of different parameters such as battery voltage is shown with different specified dates (these can be modified to user choice of parameter)
- Optimal Battery Voltage Range
- When the system has 2 batteries (EV-X10): 90 Vdc – 116 Vdc
- When the system has 3 batteries (EV-X15): 135 Vdc – 174 Vdc
- When the system has 4 batteries (EV-X20): 180 Vdc – 232 Vdc
- If battery voltage drops below threshold, please set the system to charge the battery
INVERTER
- On this screen, the user clicks on the “Inverter” icon to see more specific details on power, daily yield, battery percentage and registration #
- The serial # of the inverter is shown at the top left of the screen
- The Wi-Fi logo is blue when the system is online, and gray when the system is offline
INVERTER SETTINGS
- After clicking the “Settings” logo (from previous slide), a new window will pop up with “Basic”, “Advanced” and “Super” settings
- User has access to “Basic” settings and when clicking it, it will pop up a second window to update the Date Time, System Mode, Smart Load Management, and the Clear OverLoad Fault.
SYSTEM MODE
When the user clicks on the System Mode, they can set the operating mode of the system from the list of modes – Self Use, Time of Use, Backup and other modes. This will be configured by your installer at the time of install. If you have questions about mode change, please contact PanasonicEVERVOLTsupport˜us.panasonic.com
SMART LOAD MANAGEMENT
User clicks on Smart Load Management and can access a variety of features
Smart Load Management features include:
- Enable – lets user enable and disable smart load management functions
- Status – lets user know if status of smart load management is “on” or “off”
- Circuits – lets user choose between 120V or 240V system
- Mode – lets user choose between “Auto” and “Manual” modes for management
- Priority – lets user choose priority of loads including “low priority”, “basic”, and “critical” loads
- Start Time – lets user start specific time for smart load management
- End Time – lets user start specific time for smart load management
- Disconnect SOC (%) – lets user choose percentage of when to disconnect once system has reached a specific state of charge
GRID
- On this screen, the user clicks on the “Grid” icon to see more specific details on grid power, grid import, and grid export
- Grid Power is the instantaneous power drawn from the utility grid
- Grid Import is the energy consumed from the grid when the user’s demands exceeds their on-site generation
- Grid Export is the excess energy generated by the user’s on-site power source (e.g solar panels) that is fed back into the larger electrical grid
LOAD/GENERATOR
- On this screen, the user clicks on the “Load/Generator” box to monitor the energy usage with today’s consumption as well as this month’s consumption parameters
- Today Consumption is the total amount of electricity consumed by your system on the current day, offering a snapshot of your daily energy usage
- This Month consumption is the cumulative electricity consumption for the current month
POWER & ENERGY GRAPHS continued
- PV Power is the electricity generated by solar panels
- Inverter Export is the surplus electricity generated by your system that is fed back to the grid
- Load Power is the total electrical power consumed by your system
- Grid Import is the electricity sourced from the main grid when your system’s demand exceed its on-site generation, ensuring a continuous power supply
- Backup Power (offgrid) is the capability for your system to provide reliable source of electricity independently from the main grid
- Battery Power is the electrical energy stored in your system’s battery
- Battery SOC (state of charge) is the percentage of your battery’s capacity that is currently filled, indicating how much energy is available for use
- Self use is the portion of the electricity generated by your system that is consumed on-site
- Battery Charge is the process of adding electrical energy to your battery
- Battery Discharge is the release of stored electrical energy from your battery to power your home
- Total PV Energy Production is the overall amount of electricity generated by your solar panels since installation
DEVICE CONFIGURATION
- The user clicks on the “Device” tab and the user will see high-level details of the inverter.
- Details include, registration #, daily yield, power, battery, and site name
ALARM CONFIGURATION
- The user clicks on the “Alarm” tab and the user will see details of the inverter and errors that need to be reviewed
- Details include, registration #, error name, report time, recovery time, and site name
ACCOUNT CONFIGURATION
- The user clicks on the “Account” tab and the user will see details of about user’s email, their default site, Wifi connection, local connections, and deleting account options and logging out.
- Updates of the app can be confirmed on the center bottom of the page (e.g Version: V1.0.2)
INVERTER GRAPHS
- User clicks on “Inverter” tab from the “Device” tab at the bottom, they can see inverter graphs seeing PV power, inverter export and backup power trends as well as grid export, off-grid backup energy and solar+battery by date
- PV Power is the energy generated by solar panels
- Inverter Export indicates the surplus electricity generated by your system
- Backup Power (off-grid) ensures independence from main grid using stored energy from your system
- Grid Export is the electricity produced by your system that exceed immediate needs
- Off-grid Backup Energy is the energy stored from your system
- Solar+Battery demonstrates both the energy generation from your solar panels as well as efficient energy storage
CONTACT US
If you need any assistance with the system operation and maintenance, please contact your installer for support or PanasonicEVERVOLTsupport@us.panasonic.com.
If you have any questions or concerns with the mobile app, please contact PanasonicEVERVOLTsupport@us.panasonic.com.
References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>