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Your battery from €5,900 — Designed & made in Belgium — Remotely unlockable energy — Lifetime warranty.

Fom €5,900 — Designed in Belgium — Lifetime.

Product Registration (Serial & Unlock Code)

Registering your LoopXCell battery is the official step that links the physical product to you as its owner.Why this is mandatory:
  • Activates the warranty
  • Enables capacity unlocking (AmooFlex)
  • Grants access to technical support
  • Allows tracking, service history and product management
How to register:
  1. Log into your LoopXCell customer portal
  2. Go to: My Account → Register a Product
  3. Enter:
    • The battery serial number
    • The unlock code supplied with your purchase
  4. Confirm and submit
After registration:
  • The battery appears in your dashboard
  • Warranty is activated
  • Unlock functions and service options become available
If the product is not registered, it is considered unassigned and support or warranty claims may be restricted.

Where to Find Your Serial Number

The serial number uniquely identifies your battery and is required for registration, unlocking and support. You can find your serial number in three locations: On the battery:
  • Engraved on the metal casing
  • Located on the side panel, near the lower edge or connection zone
On documentation:
  • Delivery label
  • Original invoice
  • Product data sheet
In the system interface:
  • Cerbo GX → Device List → LoopXCell → Serial ID
  • VRM portal (if already connected)
Format example: LXC-24-738291 Always verify the serial number carefully before submitting it.

How to Update Your Contact Information

Your contact information is used for all communication with LoopXCell.

This includes:

  • Support replies
  • Warranty notifications
  • Safety alerts
  • System updates
  • Maintenance reminders

You can update:

  • Email address
  • Phone number
  • Billing address
  • Installation address
  • Company name

How to update:

  1. Log into your account
  2. Go to: Dashboard → Profile Settings
  3. Edit the relevant fields
  4. Save changes

Incorrect or outdated information can delay support and prevent critical notifications from reaching you.

Warranty Start Date Explained

The warranty start date determines when your coverage officially begins.

The system automatically selects the earliest of the following:

  • Date of product registration
  • Invoice date (if not registered within 30 days)
  • Shipping date from LoopXCell warehouse

Important rules:

  • Early registration ensures maximum coverage
  • Late registration may reduce effective warranty duration
  • Warranty duration is fixed once the start date is assigned

Example: If your battery was shipped on March 1st but registered on April 15th, the warranty may still start on March 1st.

Providing the Right Information for Support

To receive fast and accurate technical assistance, complete information is required.

Mandatory information:

  • Battery serial number
  • Clear description of the problem
  • Photos of the installation

Strongly recommended:

  • Error messages or fault codes
  • Screenshots from Cerbo GX or VRM
  • Current State of Charge (SOC)
  • Battery voltage
  • Ambient temperature
  • Description of recent actions or changes

Providing full information reduces delays and avoids multiple back-and-forth exchanges.

Privacy & Data Protection (GDPR)

LoopXCell complies fully with European GDPR regulations.

Your data is:

  • Stored on secure EU-based servers
  • Protected by encryption and restricted access
  • Used exclusively for: • Technical support • Warranty management • System optimisation • Service communication

You have the right to:

  • Access your data
  • Correct inaccurate data
  • Request deletion
  • Export your personal data

Requests can be made via: support@loopxcell.energy

Your personal data is never sold or shared with third parties for commercial use.

Proof of Purchase (Invoice / Reseller)

Proof of purchase is required to validate ownership and activate warranty rights.

Accepted documents:

  • Official LoopXCell invoice
  • Invoice from authorised reseller
  • Order confirmation email with matching serial number

How to submit proof:

  1. Log into your LoopXCell account
  2. Go to: My Products → Proof of Purchase
  3. Upload a PDF or clear photo

Without valid proof of purchase:

  • Warranty claims may be refused
  • Unlock requests may be blocked
  • Ownership disputes cannot be resolved

Always keep a digital copy of your invoice for future reference.

Downloading Your Invoice

All invoices generated by LoopXCell are available in your customer account.

How to download your invoice:

  1. Log into your LoopXCell account
  2. Go to: Billing → Invoices
  3. Select the relevant order or service
  4. Click on “Download PDF”

You will find invoices for:

  • Battery purchases
  • Capacity unlocks
  • Service plans
  • Replacement parts
  • Pre-orders and reservations

If an invoice is missing, contact billing@loopxcell.energy with your order number.

Updating Billing or VAT Information

You can update your billing information directly from your account, but only for future invoices.

You can modify:

  • Company name
  • VAT number
  • Billing address
  • Contact person

How to update:

  1. Log into your account
  2. Go to: Account → Billing Details
  3. Edit the required information
  4. Save changes

Important: Invoices already issued cannot be modified for legal and accounting reasons.

Payment Methods (Card, Transfer, Reseller)

LoopXCell currently supports the following payment methods:

  • Credit or debit card
  • Bank transfer
  • Payment via authorised reseller

The chosen payment method is confirmed during checkout and appears on your invoice.

If payment is handled by a reseller, LoopXCell may not have direct access to payment processing details.

Billing for Unlockable Capacity (LoopXCare)

Each capacity unlock request generates a separate invoice.

You are billed only for:

  • The newly activated kWh
  • Not the full physical capacity of the battery

Billing process:

  1. Unlock request is submitted
  2. Request is validated
  3. Invoice is issued
  4. Capacity is released after payment confirmation

This ensures full transparency and pay-as-you-grow usage.

Refunds & Billing Corrections

If you notice an error on an invoice, you can request a correction.

Send an email to billing@loopxcell.energy including:

  • Invoice number
  • Description of the issue
  • Supporting documents (if applicable)

Processing time: 5 to 10 working days depending on complexity.

Refunds are only processed after validation by the finance department.

Solving Failed or Duplicate Payments

If your payment failed:

  • Do not retry immediately
  • Check your banking or card statement
  • Wait for transaction confirmation

If your payment was duplicated:

  • Contact billing support with transaction reference
  • A verification will be performed
  • Refund will be issued if confirmed

Always include the transaction reference ID when reporting payment issues.

Billing for Pre-Orders & Reservations

Pre-orders follow a structured billing model:

  1. Reservation deposit at order confirmation
  2. Balance payment before production or shipping

Important rules:

  • Deposit becomes non-refundable once production batch is confirmed
  • Final invoice is issued before dispatch

You will receive a notification when the balance becomes payable.

Track Your Order

You can follow the status of your order in real time through your customer account.

How to track:

  1. Log into your LoopXCell account
  2. Go to: Orders → My Orders
  3. Select the relevant order

You will see:

  • Order status (Processing, In Production, Shipped, Delivered)
  • Estimated dispatch date
  • Carrier tracking link (once shipped)

If tracking information does not appear, it may mean the order has not yet been dispatched.

Delivery Times (Belgium / EU / International)

Estimated delivery times vary based on destination and product type.

Typical timelines:

  • Belgium: 5–10 working days
  • European Union: 7–15 working days
  • International: 10–30 working days depending on customs

Important notes:

  • Delivery time starts once the order has left the warehouse
  • Customs clearance may cause delays for international shipments
  • Pre-orders follow a different schedule

Modify an Order Before It Ships

You can request modifications only before the order enters production or shipping stage.

Possible modifications:

  • Delivery address
  • Contact information
  • Minor configuration changes

How to request: Send an email to sales@loopxcell.energy with:

  • Order number
  • Requested changes

Modifications are not guaranteed once production has started.

Cancel an Order

Order cancellation is possible under specific conditions.

Rules:

  • Cancellation is allowed before production begins
  • Once production has started, cancellation fees may apply
  • Custom or configured systems may not be refundable

To cancel: Contact sales@loopxcell.energy with your order number and reason for cancellation.

Pre-Orders (V3 / Giant Cell)

Pre-orders allow you to reserve upcoming models or next-generation systems.

Key points:

  • Delivery dates are indicative
  • Production batch confirmation triggers final scheduling
  • You will be informed when manufacturing begins

Once production is approved, deposit becomes non-refundable.

Backorders & Stock Status

If a product is temporarily out of stock:

  • You will be notified of backorder status
  • Estimated restock date will be communicated

You can choose to:

  • Keep the order active and wait
  • Cancel the order for a refund (if applicable)

Shipping Damage Procedure

If your order arrives damaged:

Immediate steps:

  1. Take clear photos of the packaging and damage
  2. Do not dispose of the packaging
  3. Report within 24 hours

Report via: Support portal → Shipping Damage or email support@loopxcell.energy

Late reporting may invalidate damage claims.

Changing Your Delivery Address

You can change your delivery address only before dispatch.

How to update:

  1. Log into your account
  2. Go to Orders → Edit Delivery Address OR Contact sales if the order is already confirmed.

Once dispatched, address changes are no longer possible.

Customs & International Orders

For international deliveries:

  • Import taxes and customs fees are the responsibility of the customer
  • LoopXCell does not control local customs processing time

Ensure correct address and business details to avoid clearance delays.

Packaging, Dimensions & Weight

Each order includes detailed packaging information.

You can find:

  • Dimensions
  • Weight
  • Handling instructions

Location: Product Datasheet → Packaging Specifications

This information is useful for installers and logistics planning.

Standard Warranty Coverage

Every LoopXCell battery includes a standard manufacturer warranty.

This warranty covers:

  • Manufacturing defects
  • Electronic component failure
  • Internal system faults under normal operating conditions

It does NOT cover:

  • Damage caused by incorrect installation
  • External physical damage
  • Use outside specified operating conditions
  • Non-approved hardware modifications

The exact duration is defined in your purchase contract.

Extended Warranty Options

Extended warranty allows you to increase your protection period beyond the standard offer.

Key points:

  • Must be subscribed at purchase or within 6 months after installation
  • Extends coverage for electronics and performance
  • Subject to annual system inspection or remote diagnostics

Extended warranty is recommended for long-term mission-critical installations.

Annual Battery Health Check

An annual health check verifies the condition and performance of your battery.

This includes:

  • Cell balance analysis
  • Internal resistance review
  • Performance consistency check
  • Firmware validation

This can be:

  • Performed remotely via VRM
  • Or on-site by a certified technician

Regular health checks help prolong lifespan and prevent unexpected failures.

Immersion Fluid Service

LoopXCell uses immersion cooling fluid to regulate battery temperature.

Fluid service includes:

  • Visual inspection
  • Fluid quality check
  • Detection of contamination or degradation

Recommended frequency: Every 3 to 5 years, depending on operating conditions.

Neglecting fluid service can reduce thermal efficiency and lifespan.

Repair & Replacement Policy

If a component is found defective under warranty:

LoopXCell will:

  • Repair the affected component OR
  • Replace it with an equivalent certified part

The final decision depends on diagnostics and availability.

Replacement parts are covered only if failure is confirmed as manufacturing-related.

On-Site Priority Support (Benelux)

Priority support offers faster intervention and response times.

Includes:

  • Priority ticket handling
  • Faster on-site intervention
  • Direct access to technical specialists

Available exclusively in the Benelux region for subscribed clients.

Warranty Limitations (What’s Not Covered)

Warranty will be void or limited in cases such as:

  • Improper installation
  • Exposure to water or extreme heat
  • Tampering or internal modifications
  • Use with non-approved inverters or BMS

Always follow LoopXCell installation and operation guidelines.

Using Non-Approved Inverters or BMS

Using non-compatible equipment can cause system instability.

Consequences:

  • Performance degradation
  • Communication failures
  • Automatic voiding of warranty

Approved equipment list is available in the Compatibility section.

Misuse / Abuse Detection

LoopXCell systems monitor abnormal usage patterns.

Examples include:

  • Repeated overload
  • Operation outside voltage limits
  • Manual bypass of safety systems

Detected misuse may:

  • Trigger system protection
  • Void warranty coverage

How to Request a Warranty Inspection

To request inspection:

  1. Log into your account
  2. Go to: Support → Warranty Inspection
  3. Provide:
    • Serial number
    • Description of issue
    • Photos and logs

Inspection will be scheduled after preliminary validation by technical team.

Installation Requirements (Space, Ventilation, Safety)

Before installation, the environment must meet minimum technical requirements.

Required conditions:

  • Dry, clean and dust-free area
  • Stable and level support surface
  • Ambient temperature between 5°C and 35°C
  • Minimum 10 cm clearance around the battery for airflow

Avoid installation:

  • In humid rooms
  • Near heat sources
  • In direct sunlight
  • Near corrosive atmospheres

Improper environment may reduce performance or void warranty.

Indoor vs Outdoor Installation

LoopXCell batteries are primarily designed for indoor installation.

Outdoor installation is possible if:

  • Protected by weatherproof enclosure
  • Shielded from rain, UV and frost
  • Installed on raised platform

Always ensure water cannot accumulate around the battery.

Mounting the Battery (Wall / Floor)

Two installation modes are supported:

Wall mounting:

  • Saves floor space
  • Requires reinforced wall support
  • Used mainly for smaller capacity units

Floor mounting:

  • Recommended for heavier packs
  • Requires level and vibration-free surface

Always respect load specifications and anchoring instructions.

Electrical Installation Overview

Electrical installation must comply with local regulations and safety standards.

General principles:

  • Correct cable sizing
  • Use of appropriate fuses and breakers
  • Proper earthing connection
  • Short and protected cable paths

Installation must be performed by a qualified professional.

Connecting Victron MultiPlus / MultiPlus-II / Quattro

LoopXCell systems are compatible with Victron inverter platforms.

Connection steps:

  • Connect DC cables with correct polarity
  • Link communication cable (VE.Bus / CAN)
  • Verify firmware compatibility

Incorrect wiring may cause serious system damage.

Connecting Victron MPPT RS-Series

When using Victron MPPT RS-Series:

  • Ensure correct voltage range
  • Verify PV input limits
  • Configure appropriate charge profile

MPPT configuration must follow LoopXCell battery specifications.

Installing on 3×230 V Without Neutral

In some regions, grid installations operate without neutral.

Special configuration is required including:

  • Phase balancing
  • Internal reference creation
  • Appropriate inverter configuration

Incorrect implementation may result in non-functional system.

Creating a Virtual Neutral

A virtual neutral is required when operating on networks without real neutral.

This is achieved by:

  • Using specific configuration modules
  • Proper cabling between inverter and loads
  • Software configuration inside Victron system

Only qualified installers should perform this setup.

CAN-Bus Communication (RJ45)

CAN-Bus allows communication between battery and inverter.

Ensure:

  • Correct RJ45 cable type
  • Proper termination
  • Secure connectors

Faulty CAN communication may block charging or discharging.

Recommended DVCC Settings

DVCC (Distributed Voltage and Current Control) must be enabled in Victron system.

Recommended configuration:

  • Enable DVCC
  • Disable conflicting charge controllers
  • Apply LoopXCell voltage profiles

This ensures safe and coordinated control of charging.

First Start & Unlock Guide

First startup procedure:

  1. Switch master breaker ON
  2. Wait for BMS initialization
  3. Verify voltage stability
  4. Perform unlock if required

Never force unlock before system stability is confirmed.

SOC Calibration Procedure

State of Charge calibration ensures accurate capacity readings.

Procedure involves:

  • Full charge cycle
  • Controlled discharge
  • System recalibration via BMS interface

Calibration is recommended after first installation and major maintenance.

Installing Multiple Packs in Parallel (Up to 8)

Multiple packs can be installed in parallel for increased capacity.

Requirements:

  • Identical pack models
  • Equal cable lengths
  • Proper synchronization configuration

Maximum supported: 8 packs per system.

Cable Sections, Fuses & Protection Devices

Correct protection is mandatory for system safety.

Must include:

  • Correctly sized DC cables
  • Circuit breakers
  • Overcurrent protection
  • Emergency disconnect switch

Incorrect protection risks fire or system failure.

Grounding & Electrical Safety

Proper grounding prevents electrical hazards.

Ensure:

  • Dedicated earth connection
  • Compliance with local standards
  • Periodic grounding verification

Never operate system without grounding.

Proper grounding prevents electrical hazards.

Ensure:

  • Dedicated earth connection
  • Compliance with local standards
  • Periodic grounding verification

Never operate system without grounding.

Installer Guidelines (for Professionals)

Installation must be performed by trained professionals.

Installers must:

  • Follow LoopXCell schematics
  • Respect torque and cable specifications
  • Document installation
  • Perform commissioning tests

Non-compliant installations may void warranty.

Electrical Specifications (17S / 18S LFP)

LoopXCell batteries are based on LiFePO₄ (LFP) cell architecture using 17S or 18S configurations depending on model.

Typical characteristics:

  • Nominal system voltage: 48V to 60V
  • Cell configuration: 17S or 18S prismatic
  • Optimised for high cycle life and stability

Configuration is defined at factory level and must not be altered by users.

Giant Cell Technology (600A Series)

LoopXCell integrates large-format cells designed to handle very high current loads.

Benefits:

  • Reduced number of cells
  • Lower internal resistance
  • Improved thermal performance
  • Increased system reliability

This technology allows compact design with higher efficiency and reduced component stress.

Charge & Discharge Limits

To protect battery lifespan, strict limits are defined.

Typical safe operating ranges:

  • Charge voltage: defined by BMS profile
  • Discharge cut-off: controlled by BMS protection
  • Maximum current: depends on model and configuration

Exceeding limits may:

  • Trigger protective shutdown
  • Cause permanent damage
  • Void warranty

BMS Communication Protocol (CAN)

LoopXCell batteries communicate with inverters using CAN-Bus protocol.

Functions include:

  • Real-time SOC reporting
  • Charge / discharge control
  • Safety status feedback
  • Error reporting

Proper protocol configuration is required for stable operation.

RJ45 Pinout & Closed-Loop Control

RJ45 communication allows closed-loop control between battery and inverter.

Correct wiring ensures:

  • Accurate voltage regulation
  • Dynamic current limitation
  • Safe system coordination

Incorrect pinout may lead to communication failure or system lock.

Recommended Victron ESS Settings

For optimal performance with Victron systems:

Recommended:

  • ESS mode enabled
  • DVCC activated
  • LoopXCell battery profile selected
  • Current limits aligned with BMS parameters

Improper ESS configuration may reduce performance or stability.

Immersion Cooling – Thermal Performance

LoopXCell uses immersion cooling to stabilise temperature.

Advantages:

  • Uniform heat distribution
  • Lower thermal stress
  • Increased cell lifespan
  • Improved performance at high load

Thermal behaviour remains stable even under extreme demand.

Supported Inverters, MPPTs & Loads

LoopXCell systems are compatible with selected hardware only.

Supported:

  • Victron MultiPlus / Quattro
  • Victron MPPT RS-Series
  • Certified third-party inverters

Unsupported devices may cause instability or void warranty.

Firmware & Software Updates

Firmware updates improve performance and fix potential issues.

Update methods:

  • Remote update via Cerbo GX
  • Manual update via service interface

Always perform updates when system is stable and not under load.

Sensor Types & Safety Thresholds

LoopXCell integrates multiple sensors for safety:

  • Temperature sensors
  • Voltage monitors
  • Current sensors

Thresholds are factory-calibrated and must not be altered manually.

Parallel Operation Logic

When multiple packs are connected:

  • Load sharing must be balanced
  • Synchronisation is controlled by master BMS
  • Equal cable length is mandatory

Incorrect parallel logic may lead to uneven ageing.

Certifications & Compliance (CE / EMC / Safety)

All LoopXCell products comply with:

  • CE certification
  • EMC regulations
  • Electrical safety standards

Compliance ensures safety and legal operation.

PV Integration & Max PV Input

PV input limitations depend on model and MPPT configuration.

Always respect:

  • Maximum input voltage
  • Maximum charge current
  • Recommended PV power range

Exceeding PV limits can damage the system or reduce lifespan.

Mechanical Specs (Dimensions, Weight, Materials)

Each model includes detailed mechanical specifications.

Information available:

  • Dimensions
  • Weight
  • Housing materials
  • Mounting requirements

Refer to the product datasheet for precise values.

Battery Not Charging

If the battery does not charge, several causes may be involved.

Check the following:

  • MPPT or inverter is powered and operational
  • PV input is present and within range
  • CAN communication between battery and inverter is active
  • No BMS protection mode is triggered

Common causes:

  • PV input too low
  • DVCC blocking charge
  • Battery in protection mode
  • Incorrect voltage settings

Recommended action: Restart system and verify charging parameters in Victron interface.

Battery Not Discharging

If the battery does not supply power:

Check:

  • Inverter status
  • Load connection
  • BMS communication
  • SOC level

Possible reasons:

  • SOC below minimum threshold
  • Protection triggered
  • Inverter configuration issue

If unresolved, provide diagnostics to technical support.

SOC Incorrect or Frozen

Symptoms:

  • SOC stuck at same percentage
  • SOC unrealistic values

Likely causes:

  • Missing calibration
  • Communication interruption
  • Firmware glitch

Solution:

  • Perform full charge cycle
  • Reset SOC via BMS interface
  • Verify CAN connection

CAN-Bus Communication Errors

Symptoms:

  • Inverter does not recognise battery
  • Error messages related to CAN

Check:

  • RJ45 cable integrity
  • Correct port usage
  • Terminal resistors

Incorrect CAN setup will block charge and discharge operations.

MultiPlus Not Detecting the Battery

Possible causes:

  • Wrong communication protocol
  • Incorrect firmware version
  • Cable configuration issue

Verify:

  • VE.Bus connection
  • Correct battery profile selected
  • Reboot MultiPlus and Cerbo GX

DVCC Blocking Charge

DVCC may block charge when safety thresholds are reached.

Check:

  • Battery temperature
  • Voltage limit reached
  • Current restriction active

Adjust settings only if recommended by LoopXCell.

Cell Imbalance / Weak Cell Detection

If imbalance is detected:

  • BMS may reduce system performance
  • Warning messages may appear

Causes:

  • Uneven ageing
  • Extended deep discharge cycles

Solution:

  • Perform balancing cycle
  • Request diagnostics if imbalance persists

Temperature Sensor Error

Occurs when sensor reading is invalid or disconnected.

Actions:

  • Check sensor wiring
  • Verify no physical damage
  • Restart system

Persistent errors require inspection.

MPPT Not Charging (PV Issues)

Check:

  • Panels producing voltage
  • PV wiring polarity
  • Shadow or obstruction
  • MPPT configuration

Ensure PV voltage is within accepted range.

Wrong Voltage Reading (e.g., 209V)

Possible reasons:

  • Calibration issue
  • Sensor fault
  • Incorrect measurement point

Recommended:

  • Verify with external multimeter
  • Recalibrate system if needed

Parallel Packs Not Synchronizing

Symptoms:

  • Uneven charge levels
  • Independent operation

Check:

  • CAN communication
  • Master/slave configuration
  • Cable length equality

Improper synchronisation leads to premature ageing.

High Fluid Temperature

Causes:

  • Insufficient ventilation
  • Extreme ambient temperatures
  • Excessive load demand

Action:

  • Reduce load
  • Improve airflow
  • Allow system to cool

Virtual Neutral Not Working

Symptoms:

  • Inverter instability
  • Load imbalance

Check configuration and ensure virtual neutral is properly defined. Only certified installers should modify this setup.

Grid Feedback / Overload Issues

Occurs when power flow limits are exceeded.

Check:

  • ESS configuration
  • Power limits
  • Grid regulations

Adjust settings carefully to avoid penalties or shutdown.

BMS Firmware Mismatch

Incorrect firmware can cause instability.

Solution:

  • Update to latest approved firmware
  • Reboot system after update

Emergency Unlock or Reset

Reserved for critical situations only.

Procedure must be performed by authorised personnel or under guidance of LoopXCell support.

What Data to Send to Technical Support

Always include:

  • Serial number
  • Error description
  • Screenshots of VRM or Cerbo GX
  • Photos of installation
  • Voltage and SOC values

Complete data ensures faster diagnostics and resolution.

LoopXcell HELP CENTER

Information, guides, and resources to help you connect.
Sign in for enhanced support.

Resources

LoopXcell Video Guides

LoopXcell Specifications

Download/app

Support (FAQ)

FAQ - Frequently Asked Questions

General

LoopXCell is a modular battery system designed to optimize energy management for both solar and grid energy.

Immersion cooling ensures optimal thermal regulation, extends component lifespan, and guarantees fire-free operation for life.

Yes, you can use the LoopXapp to track your energy consumption and receive optimization tips even without a LoopXCell battery. A "LoopXbox" can also be added to manage energy and battery systems effectively.

Compatibility and Installation

Yes, it supports monophase and three-phase configurations, with or without neutral.
Absolutely. An Energy Meter (available in our store) can connect third-party panels to the LoopXCell system.
Professional installation is recommended to ensure safety and optimal performance.
LoopXCell works with most modern inverters. Check the app for a list of supported models.
It can be installed indoors or outdoors in ventilated areas. Immersion cooling keeps the system stable at around 25°C and operational between -80°C and +80°C.
Yes, it is fully compatible with plug-and-play panels for quick and easy installation.

Features

You can incrementally activate additional capacity as your energy needs grow, directly via the app.

Unused capacity is strategically employed by Amoovo for energy trading or reserved for emergencies. You can unlock it anytime through the app.

    • 100% usable kWh capacity.
    • Oversized packs that reduce cell stress and extend lifespan.
    • Full lifetime warranty via the Amooflex program.
    • Advanced algorithms for energy optimization and compatibility with diverse systems.

Maintenance and Warranties

The Amooflex Lifetime Program guarantees performance and durability for life.

Minimal upkeep is needed. Monitoring is automated via the app, and components are designed for durability.

Cells are reconditioned for secondary use or recycled to minimize ecological impact.

Application and Services

It analyzes energy consumption and production patterns, maximizing self-consumption and reducing reliance on the grid.

Subscriptions are optional, primarily for advanced services like energy trading or enhanced monitoring.

A core device that connects batteries and energy systems to the app, providing real-time insights and dynamic control.
After installation by a certified technician, the LoopXbox connects via Bluetooth, Wi-Fi, or Ethernet to enable all features.

Options and Extensions

Yes, additional capacity can be unlocked or modules added to match your growing energy needs.

Excess energy is strategically stored or sold, saving you costs or earning credits.
Each base unit can scale up with additional modules for a total capacity of up to 21 kWh or beyond in commercial setups.

Performance and Reliability

Yes, it seamlessly switches to backup mode, providing power for critical appliances. Solar panels can continue charging the battery during outages.

Yes, LoopXCell strategically charges during off-peak hours or when energy prices are low, ensuring cost-effective power availability.
  1. A concealed energy reserve that:
    • Stores excess energy when your primary capacity is full.
    • Provides low-cost power during emergencies or when unlocked.

Supports energy trading or critical loads.

Additional Features

It operates efficiently from -80°C to +80°C, thanks to immersion cooling and robust insulation.

Yes, the app allows users to configure energy storage, usage priorities, and backup preferences.
    • Fireproof, corrosion-resistant stainless steel casing.
    • IP68 waterproof rating for harsh environments.
    • Oversized design for stress-free operation.

Customer Support

Visit our online store, LOOPSTORE, for all products and services.

Contact our support team or a certified installer for assistance. Monitoring ensures issues are detected early.

For further questions or assistance, our team is here to help. Contact us anytime and experience the unmatched capabilities of LoopXCell.