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General| Brand | ElectrIQ |
|---|---|
| Model | PowerPod 2 |
| Category | Camera Accessories |
| Language | English |
Introduction to the Electriq PowerPod 2 and its function as a smart home battery solution.
Details the supported PowerPod 2 AC and DC-coupled system configurations.
Lists available battery capacities (10, 15, 20 kWh) and power output options.
Describes the PowerPod 2 as an integrated home energy storage, management, and monitoring system.
Visual representation of the whole home backup configuration with AC and DC coupled options.
Diagram illustrating the partial-home backup configuration for DC-coupled systems.
Guidance on identifying DC-coupled (A-ES) and AC-coupled (A-BP) inverter models.
Explanation of warning symbols and general precautions for safe installation and use.
Specific safety warnings for handling the inverter and battery pack components.
Detailed warnings and precautions for battery pack handling, storage, and environmental conditions.
Safety guidelines for charging conditions, environmental exposure, disposal, and battery handling.
Instructions for system handling, RMA process, and arc flash/shock hazard precautions.
Notes on DC wiring, NEC compliance, and rapid shutdown functionality.
Precautions for electrical connections, polarity checks, grounding, and wire sizing.
Guidelines for proper inverter mounting, ventilation, and protection from environmental factors.
Procedures for handling emergencies such as flooding, fire, or system malfunctions.
Conditions under which after-sales services or assistance may be denied by the manufacturer.
Detailed steps and prerequisites for planning the Electriq PowerPod 2 system installation.
Tips for using the PowerTools app, system placement, assembly, and wiring.
Table relating battery size (kWh) to maximum continuous backup load (W).
Step-by-step guide for system commissioning using the PowerTools mobile application.
List of recommended tools needed for installing the Electriq PowerPod 2 system.
Visual diagrams detailing minimum clearances required between system components.
Diagrams illustrating conduit fitting dimensions for inverter, auto-transformer, and battery enclosures.
Step-by-step instructions for mounting and installing the battery enclosures.
Factors to consider when selecting a mounting location for the inverter.
Details on inverter installation, product label visibility, and spacing for heat dissipation.
Procedure for preparing the wall and installing the inverter's wall-mounted bracket.
Instructions for safely carrying and mounting the inverter onto the wall bracket.
Steps for fastening the inverter and information on its theft prevention security feature.
CAUTION regarding auto-transformer placement near flammable equipment and heat dissipation.
Instructions for mounting the auto-transformer using the wall-mounted bracket.
Information on ATS installation requirements and taking photos for documentation.
Key requirements for performing system installation and commissioning, including PPE and codes.
Critical safety precautions before connecting battery cables to the inverter.
Visual examples of incorrect installations to avoid damaging the system or voiding warranty.
Details on conduit fitting sizes and installation for connection boxes and enclosures.
Ensuring enclosure fastening, understanding cable routing, and bonding diagrams.
Using enclosure stickers as guides for correct battery and BMS orientation.
Note on using included tooth lock washers for securing batteries and BMS.
Diagram showing battery and BMS orientation and wiring when the inverter is on the left side.
Instruction to repeat the battery installation process for the required number of units.
Identification and description of battery connection cables and PowerPod 2 communication cables.
Procedure for connecting COMM IN cables to the BMS and subsequent batteries.
Description of battery and BMS orientation when the inverter is positioned on the right side.
Steps to wire batteries from positive to negative and connect the final positive to the BMS.
Procedure for routing the final negative wire from the last battery to the BMS.
Visual representation of the completed wiring installation for a 10 kWh PowerPod system.
Visual representation of the completed wiring installation for a 15 kWh PowerPod system.
Visual representation of the completed wiring installation for a 20 kWh PowerPod system.
Process for using pre-made battery-to-inverter cables to connect battery terminals.
Instructions for removing the auto-transformer cover and waterproof cover.
Diagrams showing routing and connecting auto-transformer cables to the inverter.
Explanation of inverter overload behavior, restart process, and how to reset overload protection.
Procedure for connecting positive and negative battery cables to inverter and BMS connectors.
Steps to locate and connect the two grid CTs to the main panel for current detection.
Correct CT placement, labeling, routing, and connection of the 4-Pin terminal to the inverter.
Note to observe wiring connections against provided photo for accuracy after completion.
Guidelines for PV cable specifications (90°C wire, 12AWG minimum Copper) and connection.
Cautions regarding PV string short-circuit current, grounding, and conductor specifications.
Warnings about PV string polarity, parallel inputs, and safe terminal handling during operation.
Need for external AC breaker for on-grid connection and specifications for different inverter models.
Procedure for routing grid cables and connecting to the inverter's GRID N, L1, and L2 connectors.
Steps for wiring the Automatic Transfer Switch and documenting the installation.
Explanation of how AC-coupled systems manage backup frequency shift for power regulation.
Policies for reliable backup, switching time, load capacity, and ambient temperature.
Diagram illustrating how to connect 120V and 240V loads to the backup port.
CAUTION against connecting to multi-wire branch circuits and load breaker specifications.
Procedure for routing backup cables through the backup port and connecting them to terminals.
Connecting cables from the PowerHub to the BMS and the display panel on the front cover.
Plugging the RJ485 connection from the PowerHub into the OUT COMM port.
Attaching the bonding cable and connecting the micro connector to the display.
Procedure for turning on system components: batteries, BMS, PV, and Grid.
Checking system status in PowerTools app and configuring inverter grid profile and system mode.
Explanation of PowerPod 2 display indicators for commissioning, normal operation, and issues.
Items to demonstrate to the owner: app access, functionalities, and safety precautions.
List of components included in the PowerPod 2 system package, including inverter and brackets.
Specific screws, tools, and cables found in the accessory bag for installation.
Details on main enclosure boxes, accessory boxes, and various wiring harnesses included.
Specifications for screws, washers, nuts, thumb nuts, and the standard BMS unit.
Details on CATL battery modules, PowerHub cables, and 5kWh enclosures.
Detailed diagrams showing the dimensions of the 10 kWh enclosure from Left, Top, and Behind views.
Exploded view of the 10 kWh enclosure showing internal component placement and dimensions.
Specific measurements for mounting brackets, wire fixing plates, and fixing points on the 10 kWh enclosure.
Diagrams showing the dimensions of the 5 kWh enclosure from Left, Top, and Behind views.
Specific dimensions for the front and behind views of the 5 kWh enclosure.
Detailed dimensions for side and section views of the 5 kWh enclosure.
Table detailing AC output, voltage, frequency, and current for AC-coupled PowerPod 2 models.
Details on DC input, battery types, efficiency, and operational features for AC-coupled systems.
Physical dimensions, weight, and warranty for AC-coupled inverters and auto-transformers.
Weight and warranty details for batteries and BMS in AC-coupled systems.
Table detailing AC output, voltage, frequency, and current for DC-coupled PowerPod 2 models.
Details on DC input, PV inputs, battery types, efficiency, and operational features for DC-coupled systems.
Operational features, safety, communication specifications, and NEMA 3R enclosure for DC-coupled systems.
Physical dimensions, weight, and warranty for DC-coupled models.
List of certifications like CETLus, cSAus, cULus for various system components.
Warranty coverage for manufacturing defects for ten years from installation or shipment date.
Warranty coverage for energy capacity over ten years or 7.5 MWh throughput.
Key requirements for installation, temperature, environment, and data connection to maintain warranty.
List of exclusions like Force Majeure events, normal wear, misuse, and abuse.
Disclaimer of other warranties and explanation of consumer legal rights and limitations.
Procedures for filing a warranty claim, required information, and claim processing.
Agreement to resolve disputes through arbitration with the American Arbitration Association (AAA).
Statement on Electriq's right to modify warranty terms from time to time.
Company address, phone number, website, and copyright notice.
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