FOX ESS

FOX ESS Solar Batteries, Hybrid Inverters & Energy Storage Systems

FOX ESS solar batteries, hybrid inverters and energy storage systems provide integrated solar PV solutions for residential, commercial and industrial applications. FOX ESS develops high-performance solar inverter technology, scalable lithium iron phosphate (LiFePO4) battery storage and intelligent energy management systems designed to increase solar self-consumption, reduce grid dependency and support reliable electricity supply.

3Buy Solar supplies FOX ESS solar battery and inverter solutions through its European B2B solar procurement network, serving professional solar installers, EPC contractors, system integrators, electrical wholesalers and renewable energy resellers.

The FOX ESS portfolio includes H1 and H3 hybrid inverters, EP5 and EP11 solar batteries, modular EQ high-voltage battery systems, the all-in-one FOX ESS Avocado P100 energy storage solution, commercial battery storage and FoxCloud 2.0 intelligent energy management.

Whether you are planning a new solar PV installation, expanding an existing battery system or sourcing equipment for multiple projects, 3Buy Solar helps professional buyers evaluate FOX ESS products, technical specifications, compatibility and procurement requirements.

Discover the latest technology in our FOX ESS Avocado P100 Review: All You Need to Know and explore the wider range of solar batteries and battery energy storage systems available at 3Buy Solar.

FOX ESS Energy Storage Technology: What Makes It Different?

FOX ESS develops solar power conversion and battery energy storage technology around compatible inverter, battery and monitoring platforms.

The manufacturer’s approach combines high-voltage battery storage, hybrid inverter functionality and intelligent system monitoring to support different residential and commercial electricity requirements.

For European solar installers, the FOX ESS ecosystem offers several practical advantages:

• Integrated inverter and battery technology: Compatible FOX ESS hybrid inverters and battery systems are designed to operate within manufacturer-supported configurations.
• High-voltage LiFePO4 solar batteries: Modular and expandable battery options for residential and selected commercial applications.
• Single-phase and three-phase hybrid inverters: Different power ratings and operating configurations to match the electrical installation.
• Scalable energy storage capacity: Selected EP, EQ and CQ battery families offer multiple storage sizes and manufacturer-approved expansion arrangements.
• Backup electricity supply: Compatible hybrid inverter systems support emergency power functionality when installed with the required protection and backup configuration.
• FoxCloud 2.0 monitoring: Remote monitoring, energy consumption analysis and supported intelligent energy management functions.
• All-in-one battery storage: The Avocado P100 combines an integrated hybrid inverter and LiFePO4 battery within a single enclosure.
• Commercial energy storage solutions: Higher-power hybrid inverter and battery configurations for suitable commercial and industrial projects.

These technologies allow professional installers to select equipment based on actual consumption, photovoltaic generation, storage capacity, backup requirements and installation conditions rather than inverter power alone.

FOX ESS Solar Batteries: EP5, EP11, EQ and Modular Battery Storage

FOX ESS manufactures high-voltage LiFePO4 solar batteries for compatible residential and commercial energy storage systems.

The manufacturer’s EP, EQ and CQ battery families provide different installation formats and expansion architectures, allowing installers to specify systems according to storage requirements, electrical characteristics and available installation space.

The most appropriate battery depends on nominal and usable capacity, battery management system (BMS) compatibility, continuous charging and discharging power, supported inverter models and the intended operating environment.

FOX ESS EP5 — 5.18 kWh High-Voltage Solar Battery

The FOX ESS EP5 is a high-voltage LiFePO4 solar battery with a published nominal capacity of approximately 5.18 kWh.

Designed for compatible FOX ESS hybrid energy storage configurations, the EP5 offers a compact starting capacity for residential battery storage.

The manufacturer’s EP5 product family supports expandable configurations of approximately 5.18–20.8 kWh, depending on the permitted number of battery units and the applicable system arrangement.

For professional installers, the EP5 is relevant to projects requiring smaller storage capacity initially, with the possibility of increasing energy storage in a manufacturer-approved configuration.

Battery expansion must follow the official compatibility documentation and installation instructions.

FOX ESS EP11 — 10.36 kWh High-Voltage Solar Battery

The FOX ESS EP11 is a high-voltage LiFePO4 battery designed for residential photovoltaic energy storage.

With approximately 10.36 kWh nominal capacity per unit, the EP11 belongs to the popular 10 kWh home battery storage category.

The manufacturer publishes expandable system configurations reaching approximately 41.6 kWh nominal capacity.

This makes the EP11 suitable for consideration in residential installations where daytime solar electricity is stored for evening use, increased solar self-consumption and supported backup power applications.

When evaluating EP11 battery storage, installers should verify the exact inverter compatibility, battery operating voltage, usable capacity, charging and discharging power, and expansion requirements.

FOX ESS EQ3300 — Modular High-Voltage Battery Storage

The FOX ESS EQ3300 is a modular high-voltage solar battery platform designed for scalable energy storage systems.

The manufacturer specifies configurations from approximately 6.4 kWh to 19.2 kWh.

Its modular architecture allows installers to select a supported battery stack based on the required storage capacity, compatible hybrid inverter and installation design.

The EQ3300 is particularly relevant where a modular high-voltage battery platform is preferred over a single larger battery enclosure.

FOX ESS EQ4800 — Expandable Solar Battery Storage

The FOX ESS EQ4800 is a modular high-voltage LiFePO4 battery system developed for compatible FOX ESS hybrid inverter installations.

The manufacturer lists EQ4800 energy storage configurations ranging from approximately 9.32 kWh to 41.93 kWh.

This makes the EQ4800 suitable for projects requiring approximately 10 kWh of initial battery storage, with higher-capacity options available through supported modular configurations.

Its architecture is relevant for households with substantial photovoltaic generation, higher electricity consumption and planned battery capacity expansion.

Professional installers should verify the required battery control units, permitted module combinations, installation accessories and applicable inverter firmware before preparing a quotation.

FOX ESS EQ5000, EQ5500 and Larger Battery Configurations

The wider FOX ESS EQ battery portfolio includes additional modular storage platforms, such as the EQ5000, EQ5000-P, EQ5500 and EQ6000 Plus.

Depending on the family, published system capacities extend from approximately 10 kWh to more than 40 kWh.

These products offer further options for designing higher-capacity residential and selected light commercial energy storage systems.

For larger applications, FOX ESS also manufactures CQ high-voltage battery systems, including the CQ6, CQ7 and CQ16 families, with higher-capacity storage configurations.

Battery models and modules should never be assumed interchangeable between different FOX ESS product families.

Compare these technologies with our broader range of high-voltage solar batteries for hybrid inverters.

FOX ESS Hybrid Inverters: Single-Phase and Three-Phase Solar Power

FOX ESS manufactures hybrid solar inverters designed to manage electricity between photovoltaic panels, battery storage, building consumption and the electricity grid.

Unlike conventional grid-tied solar inverters without battery functionality, a compatible hybrid inverter can charge an energy storage battery, discharge stored electricity and coordinate electricity flows according to the configured operating strategy.

The FOX ESS hybrid inverter range includes solutions for single-phase homes, three-phase residential installations and higher-power commercial applications.

FOX ESS H1 and AC1 — Single-Phase Hybrid Inverters

The FOX ESS H1 and AC1 inverter families include single-phase models in the approximately 2.5–6 kW power range.

The H1 hybrid inverter series is designed for photovoltaic generation combined with compatible battery energy storage, while AC1 configurations support suitable AC-coupled storage applications.

These technologies are relevant to residential installations requiring solar self-consumption optimisation, battery charging and managed electricity consumption.

An AC-coupled storage solution may be considered when adding batteries to an existing photovoltaic installation, but compatibility with the installed system and the applicable grid requirements must be verified.

FOX ESS H3 Smart — 5 kW to 15 kW Three-Phase Hybrid Inverters

The FOX ESS H3 Smart family offers three-phase hybrid inverter configurations in the published 5–15 kW power range.

These inverters are designed for compatible high-voltage battery systems and photovoltaic installations requiring three-phase electrical integration.

Depending on the selected model and installation configuration, supported functions include battery energy management, monitoring and backup electricity supply.

The H3 Smart family is relevant to residential properties with three-phase electrical supplies and selected smaller commercial solar PV applications.

FOX ESS H3 PRO — 15 kW to 30 kW Hybrid Inverters

The FOX ESS H3 PRO family includes three-phase hybrid inverter configurations rated from 15 kW to 30 kW.

These higher-power systems are relevant to larger residential properties, agricultural premises, commercial buildings and other installations requiring substantial photovoltaic generation and compatible battery storage.

For professional EPC contractors, selecting an H3 PRO inverter involves reviewing grid connection requirements, photovoltaic string configuration, battery power capability, load distribution and the intended energy management strategy.

FOX ESS H3 Plus — Commercial Hybrid Inverters

FOX ESS also publishes the H3 Plus hybrid inverter family in the 50–125 kW power range.

This extends the manufacturer’s energy storage capabilities into larger commercial and industrial applications.

C&I battery storage projects require a more detailed evaluation of electrical protection, energy management, grid integration, operating profiles and applicable national regulations.

For broader equipment selection, explore our hybrid solar inverters for residential and commercial installations.

FOX ESS Avocado P100 — All-in-One Solar Battery and Hybrid Inverter

The FOX ESS Avocado P100 is an integrated residential energy storage system combining a single-phase hybrid solar inverter and a 10.24 kWh LiFePO4 battery within one compact enclosure.

Unlike conventional solar energy storage installations, where the hybrid inverter and battery are installed as separate major components, the Avocado P100 combines both functions in one coordinated system.

The February 2026 manufacturer datasheet identifies P100 hybrid inverter configurations from 2.5 kW to 10 kW, with 10.24 kWh nominal battery storage per unit.

This distinction is important: the inverter rating determines the available AC power, while the battery capacity determines the amount of stored electrical energy.

FOX ESS Avocado P100 Models — 2.5 kW to 10 kW

The published P100 range includes the following single-phase hybrid inverter configurations:

Specifications refer to the manufacturer’s P100 V1.2 datasheet dated February 2026. Product availability and market-specific approvals require confirmation.

FOX ESS Avocado P100 Technical Features

The published P100 specifications include:

• 10.24 kWh LiFePO4 battery: Integrated battery energy storage in each listed P100 configuration.
• 95% depth of discharge: Manufacturer-specified battery operating characteristic.
• 2.5–10 kW inverter ratings: Multiple single-phase power configurations for different residential electrical requirements.
• IP66 enclosure protection: Protection against dust ingress and powerful water jets under specified conditions.
• EPS backup functionality: Emergency power supply capability with a published transfer time below 4 milliseconds under specified conditions.
• Short-duration overload capability: Model-dependent peak backup output for supported loads.
• FoxCloud 2.0: Monitoring and energy management through the manufacturer’s software ecosystem.
• Parallel system capability: Up to three compatible P100 units in manufacturer-approved arrangements.

The P100 is particularly relevant where compact equipment installation, coordinated battery integration and predictable system architecture are important.

FOX ESS Avocado P100E — Expandable Integrated Battery Storage

FOX ESS also documents a P100E variant with a different expansion architecture.

The July 2026 P100E datasheet identifies 5–10 kW inverter configurations and support for compatible ET10 battery expansion equipment, alongside approved AC parallel operation.

This provides additional options where an expandable integrated storage architecture is required.

The standard P100 and P100E should not be treated as identical systems. Their supported battery expansion methods, accessories and configurations must be checked against the respective technical documentation.

For model-by-model specifications, PV input limits, backup performance, battery capacity, warranty and installer considerations, read our FOX ESS Avocado P100 Review: All You Need to Know.

FOX ESS Solar Inverters for Grid-Tied PV Installations

In addition to hybrid solar inverters, FOX ESS develops conventional photovoltaic string inverters for installations that do not require integrated battery charging.

These include single-phase residential inverter families and three-phase products for commercial photovoltaic systems.

The manufacturer’s F and G series serve different single-phase power requirements, while the T, V and R series extend its grid-tied inverter portfolio into larger three-phase applications.

For professional installers, the distinction between a grid-tied solar inverter and a hybrid inverter is essential.

A conventional grid-tied inverter should not be assumed capable of directly controlling or charging a solar battery without compatible additional equipment.

The correct inverter architecture depends on whether the project requires photovoltaic generation only, battery storage, backup electricity supply or future energy storage integration.

Complete FOX ESS Solar Battery Systems and Solar PV Kits

A properly specified FOX ESS energy storage system can combine a hybrid inverter, compatible LiFePO4 battery modules, smart metering, monitoring equipment and the necessary electrical protection.

When integrated with appropriately designed solar panels, the system can store surplus electricity produced during daylight hours for later use.

For new residential projects, professional installers can specify a complete photovoltaic system based on roof area, electricity consumption, connection type, inverter power and required battery capacity.

For existing systems, battery integration must be evaluated according to the installed inverter, electrical distribution, metering equipment and permitted operating configuration.

FOX ESS batteries should always be paired with manufacturer-supported inverter and BMS combinations.

For procurement of compatible components and preconfigured solutions, explore our complete solar energy storage kits with hybrid inverters.

FOX ESS Battery Compatibility, BMS and Storage Expansion

Battery compatibility is a critical part of professional energy storage design.

Different FOX ESS battery families use different electrical characteristics, communication protocols and expansion arrangements.

A battery with suitable nominal capacity is not automatically compatible with every FOX ESS inverter.

Before selecting equipment, installers must verify the exact hybrid inverter model, supported battery family, operating voltage, BMS communication, firmware version, maximum charging and discharging power, and permitted battery expansion configuration.

Modular expansion also requires attention to the age and condition of existing battery modules, supported battery control equipment and manufacturer’s mixing restrictions.

Battery storage capacity in kWh is not the same as inverter output power in kW. A 20 kWh battery system does not automatically provide 20 kW of continuous electrical output.

For projects requiring future expansion, battery architecture and power limitations should be evaluated at the design stage rather than after commissioning.

The 3Buy Solar Solar Battery Comparison Guide provides additional information about evaluating residential energy storage systems across different manufacturers.

FoxCloud 2.0 — Intelligent Solar Energy Management and Remote Monitoring

FoxCloud 2.0 is the FOX ESS monitoring and energy management platform designed to provide visibility into photovoltaic generation, battery storage and electricity consumption.

For compatible equipment, the platform enables users and installers to review energy production, consumption patterns, battery status and historical system performance.

Its installer-oriented interfaces can support fleet monitoring, plant management, remote diagnostics and operational analysis.

The manufacturer’s newer software functions also include intelligent optimisation features, energy forecasts and supported tariff-management capabilities.

However, the availability of advanced features depends on the connected hardware, software version, energy metering arrangement and applicable electricity market.

For professional installers managing multiple FOX ESS systems, centralised monitoring can assist with system commissioning, performance evaluation and maintenance planning.

FOX ESS Backup Power, Self-Consumption and Energy Independence

One of the principal reasons for installing a FOX ESS solar battery is to increase the amount of locally generated photovoltaic electricity consumed by the property.

Instead of exporting all surplus solar generation to the grid, a correctly configured hybrid system can store part of that electricity for use during periods of lower solar production.

This can reduce reliance on purchased electricity, depending on the installation’s consumption profile, local tariffs, storage efficiency and operating strategy.

Selected FOX ESS hybrid systems also support emergency power supply functionality.

Backup operation must be designed around the supported inverter output, battery state of charge, essential-load circuits, protective equipment and approved electrical configuration.

A battery does not automatically provide whole-home backup, and systems designed only for grid-connected operation must not be assumed to operate independently during a power failure.

For installations requiring backup electricity, installers should verify the supported EPS output, switching behaviour, neutral and earthing arrangements, load limitations and commissioning requirements.

FOX ESS Solar Battery Efficiency and Independent Performance Testing

System efficiency is an important factor when comparing residential battery storage solutions.

High inverter conversion efficiency alone does not determine the performance of the complete energy storage system.

Charging losses, discharging losses, standby consumption, energy management and system behaviour under different load conditions all influence practical efficiency.

FOX ESS has received recognition in HTW Berlin’s energy storage evaluations for selected inverter and battery combinations.

The tests provide useful information about complete storage-system performance under defined measurement conditions.

Read our FOX ESS HTW Berlin Energy Storage Efficiency Analysis and our earlier article about the FOX ESS HTW Berlin A-Class Energy Storage Rating.

These results apply to specific tested configurations and should not be interpreted as an identical efficiency rating for every FOX ESS inverter or solar battery.

FOX ESS Solar Battery Price, Warranty and Procurement in Europe

The price of a FOX ESS solar battery system depends on the battery family, storage capacity, inverter rating, required accessories, order quantity and destination market.

For professional solar installers and resellers, the most meaningful comparison is the total cost of a correctly specified and commissionable system.

This includes the battery, hybrid inverter, battery management equipment, smart meter, electrical protection, accessories, installation and commissioning.

When comparing a FOX ESS Avocado P100 with a conventional modular system, the integrated inverter and battery must be considered together.

Warranty conditions also differ by model, product family and market.

FOX ESS publishes manufacturer warranty documents for its inverter and battery products. These may specify different terms for product defects, battery performance, capacity retention, energy throughput and warranty registration.

Installers should verify the applicable European warranty policy before ordering and confirm any country-specific servicing requirements.

Government support may also influence the financial viability of an installation. Our European Solar Battery Subsidies Guide for 2026–2027 examines residential and commercial energy storage incentives across all 27 EU member states.

Why Choose 3Buy Solar for FOX ESS Equipment in Europe?

3Buy Solar supports European solar installers, EPC contractors, electrical wholesalers and renewable energy resellers through professional photovoltaic equipment trading, energy storage sourcing and B2B procurement.

Our business combines commercial solar PV supply with practical knowledge of inverter technology, battery energy storage and system integration.

For buyers evaluating FOX ESS solutions, this means the ability to consider the complete installation rather than only the price of a single inverter or battery module.

Through the 3Buy Solar professional installer webshop, customers can explore solar panels, hybrid inverters, solar batteries, complete kits, electrical accessories and other renewable energy equipment.

For FOX ESS project enquiries, we can evaluate the requested product models, quantities, destination country and sourcing requirements.

Availability, commercial terms and delivery schedules are confirmed according to the specific order and available supply arrangements.

Learn more about 3Buy Solar and our European solar PV activities.

FOX ESS Installer Training, Technical Documentation and Support

Professional solar PV and energy storage installation requires access to accurate manufacturer documentation and current technical information.

FOX ESS publishes product datasheets, installation manuals, quick installation guides, warranty documents, certificates and technical support resources.

Installation requirements and grid connection approvals must be verified for the exact product model and intended destination country.

FOX ESS Installer Training and Certification

FOX ESS provides training and installer-oriented programmes covering inverter technology, battery energy storage, monitoring and professional system installation.

Our article, FOX ESS Installer Programme: Training, Certification and Professional Support, examines the manufacturer’s installer initiatives and technical support approach.

Solar installers can also explore the 3Buy Solar Installer Training and Webinar Resource Centre for additional training information and learning resources.

Official FOX ESS Manufacturer Resources

Official FOX ESS Manufacturer Website

The manufacturer’s global website provides information about FOX ESS solar inverters, LiFePO4 batteries, integrated energy storage systems, EV chargers and intelligent energy technologies.

FOX ESS Technical Datasheets

Access manufacturer specifications for FOX ESS hybrid inverters, solar batteries, storage equipment and related product families.

FOX ESS Certificates and Technical Approvals

Review available manufacturer certificates and related compliance documentation. Installers should verify the applicable grid-code approvals for the intended country and exact product revision.

FOX ESS Warranty Documentation

Consult the latest manufacturer warranty terms for the relevant battery, hybrid inverter or energy storage system.

FoxCloud 2.0 — Official Monitoring Platform

Explore the manufacturer’s monitoring technology, supported energy management features and installer-oriented system management tools.

3Buy Solar YouTube — Solar Battery and Inverter Resources

Product datasheets provide the technical foundation for solar PV system design, but practical installation and industry videos can also help installers understand equipment applications and commissioning considerations.

Visit the official 3Buy Solar YouTube channel for solar PV industry content, inverter technology, energy storage information, installation-related videos and product demonstrations.

These resources complement the official manufacturer documentation but do not replace the installation and safety instructions for a particular FOX ESS system.

For warranty enquiries, technical assistance and after-sales procedures, consult our Manufacturer Support, Warranty and Service Contacts.

Frequently Asked Questions About FOX ESS Solar Batteries and Inverters

What is FOX ESS?

FOX ESS is a manufacturer of solar inverters, lithium battery storage systems, hybrid energy storage solutions, EV charging equipment and energy management technology. Its product portfolio serves residential, commercial and selected industrial renewable energy applications.

Are FOX ESS solar batteries LiFePO4?

FOX ESS EP, EQ and other documented battery storage families use lithium iron phosphate (LiFePO4 or LFP) chemistry. Exact battery characteristics, operating limits and performance specifications depend on the model and product revision.

What is the difference between FOX ESS EP5 and EP11 batteries?

The FOX ESS EP5 has approximately 5.18 kWh nominal capacity, while the EP11 provides approximately 10.36 kWh per unit. Both are high-voltage battery families, but their dimensions, performance and supported system configurations differ.

What is the difference between FOX ESS EP and EQ batteries?

FOX ESS EP batteries use a different physical and electrical architecture from the modular EQ high-voltage battery stacks. The EQ family offers modular configurations with different capacities. Compatibility and expansion requirements depend on the particular product and hybrid inverter.

Does FOX ESS offer a 10 kWh solar battery?

Yes. FOX ESS offers approximately 10 kWh storage options through the EP11, selected EQ battery configurations and the integrated Avocado P100 system with 10.24 kWh nominal capacity.

What is the FOX ESS Avocado P100?

The FOX ESS Avocado P100 is an all-in-one residential energy storage system combining a single-phase hybrid inverter, 10.24 kWh LiFePO4 battery, energy management and supported backup functionality in one enclosure.

Does FOX ESS Avocado start at 2.5 kW?

Yes. The February 2026 P100 V1.2 datasheet lists the P100-2.5-H as the lowest-rated hybrid inverter model, followed by 3, 4, 5, 6, 7, 8, 9 and 10 kW configurations. Availability and applicable market approvals must be confirmed.

What is the difference between FOX ESS H1 and H3 hybrid inverters?

FOX ESS H1 is a single-phase hybrid inverter family, while the H3 series includes three-phase hybrid inverter models. The correct choice depends on the property’s electrical supply, inverter output requirements, supported battery and intended application.

Can FOX ESS solar batteries be expanded?

Selected FOX ESS EP, EQ and other battery systems support manufacturer-approved expansion. The maximum capacity, module count and connection arrangement depend on the battery family and inverter configuration. Expansion must follow the current manufacturer instructions.

Are FOX ESS batteries compatible with other inverter brands?

Compatibility must be checked against the relevant manufacturer’s published compatibility information. Matching voltage or communication connectors alone does not guarantee supported operation.

Can FOX ESS provide electricity during a power outage?

Selected FOX ESS hybrid energy storage systems support backup electricity through appropriately configured EPS outputs. Backup capability requires compatible batteries, correct wiring, electrical protection and suitable load arrangements.

What is FoxCloud 2.0?

FoxCloud 2.0 is the manufacturer’s monitoring and energy management platform, offering supported functionality for tracking solar electricity production, battery operation, consumption and system performance.

Does FOX ESS provide hybrid inverters for commercial installations?

Yes. FOX ESS manufactures three-phase hybrid inverter families including the H3 Smart, H3 PRO and H3 Plus, covering different residential, commercial and higher-power applications.

Where can I download FOX ESS datasheets and certificates?

The official FOX ESS manufacturer download centre provides datasheets, manuals, certificates, warranty documents and other technical resources. Professional installers should use documentation applicable to the exact model, revision and installation country.

Where can I buy FOX ESS solar batteries and hybrid inverters in Europe?

3Buy Solar serves European solar installers, EPC contractors, electrical wholesalers and renewable energy resellers through its professional B2B solar procurement platform. Buyers can enquire about FOX ESS products, technical requirements, available configurations, commercial terms and delivery arrangements.

Buy FOX ESS Solar Batteries, Hybrid Inverters and Energy Storage Solutions in Europe

Looking for FOX ESS solar batteries, hybrid inverters or complete battery energy storage systems for your next installation?

3Buy Solar provides a European B2B procurement channel for professional solar PV and energy storage equipment, supporting installers, EPC companies, electrical wholesalers and renewable energy resellers.

Whether you are sourcing a FOX ESS EP11 solar battery, an expandable EQ storage system, an H3 three-phase hybrid inverter or a FOX ESS Avocado P100 all-in-one energy storage solution, our team can assess your project requirements and available sourcing options.

For FOX ESS product availability, commercial quotations, bulk quantities or project-specific procurement, contact 3Buy Solar with the required product model, inverter power, storage capacity, destination country and expected quantities.

3Buy Solar — European B2B Solar PV Supplier for FOX ESS Solar Batteries, Hybrid Inverters and Energy Storage Systems.

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