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NEOVOLT BW-BAT 20kWh high-voltage LiFePO4 solar battery kit with T5 5kW three-phase hybrid inverter

NEOVOLT BW-BAT 20kWh HV All-in-One 3PH Battery Kit with T5 5kW 3-Phase Hybrid Inverter

NEOVOLT 20kWh HV All-in-One ESS with T5 5kW three-phase hybrid inverter, 2 × 9.6kWh LiFePO4 batteries (19.2kWh nominal) and energy meter.

  • Expandable storage: Up to 6 battery modules in parallel (57.6kWh nominal).
  • Inverter scalability: Up to 6 compatible inverters in parallel.
  • Key specifications: 96V battery, 3 MPPT, 10kW max. PV input, IP65 and 5kVA backup output.
SKU: NEOVOLT-ESS-T5-20KWH-BATTERY-KIT

4188.00 €

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Product description

NEOVOLT 20kWh HV All-in-One Battery Storage for Three-Phase Solar Systems

Easy to install. Plug and play 19.2kWh solar battery system. Easy as 1,2,3.

The NEOVOLT BW-BAT 20kWh HV All-in-One Battery Kit with T5 5kW 3-Phase Hybrid Inverter is a manufacturer-matched energy storage package for residential and light commercial photovoltaic installations. It combines a three-phase hybrid inverter, expandable LiFePO4 battery storage and energy metering in a single system configuration.

With 19.2kWh nominal storage capacity, this kit is particularly suited to properties where the priority is storing more solar electricity for evening consumption, reducing grid imports and maintaining energy availability during periods of low PV generation.

The 5kW inverter and larger battery bank serve different purposes: the inverter determines the available output power, while the battery capacity determines how much energy can be stored. This makes the configuration relevant to three-phase installations with moderate simultaneous power requirements but higher daily energy consumption.

What’s Included in the NEOVOLT T5 20kWh Battery Kit?

The package contains three manufacturer-matched system components:

  • 1 × NEOVOLT BW-INV-TPH5K — T5 5kW three-phase hybrid solar inverter with three independent MPPT trackers.
  • 2 × NEOVOLT BW-BAT-9.6P — 96V LiFePO4 battery modules providing 19.2kWh combined nominal storage capacity.
  • 1 × compatible energy meter — for the inverter’s energy-flow measurement and management functions.

The commercial package designation is 20kWh, while the installed batteries provide 19.2kWh nominal capacity. This distinction is relevant when preparing technical quotations, estimating storage autonomy and comparing competing battery systems.

Optional mounting accessories: NEOVOLT base-mounting and wall-mounting brackets are available separately. Solar panels, external electrical protection and site-specific installation materials are not included in the listed package.

The exact meter model and supplied connection accessories should be confirmed against the final order configuration.

Expandable 96V LiFePO4 Solar Battery System

The NEOVOLT BW-BAT-9.6P battery uses a 96V nominal DC architecture, with an integrated battery management system and communication interface for compatible NEOVOLT hybrid inverters.

The two supplied battery modules operate in parallel, maintaining the nominal battery voltage while increasing available energy capacity.

Battery Expansion Up to 57.6kWh

NEOVOLT supports up to six BW-BAT-9.6P battery modules in parallel, allowing the system to expand from the supplied two-module configuration to 57.6kWh nominal capacity.

This gives installers a practical expansion route for customers planning additional PV capacity, increased household electricity consumption or future electrical loads.

Additional batteries must be installed using the manufacturer’s approved parallel connection architecture, with compatible firmware, BMS communication, protection devices and connection accessories.

The increase in battery capacity does not automatically increase the inverter’s rated AC output. Where higher simultaneous power is required, the inverter configuration must be assessed separately.

Key Technical Specifications — NEOVOLT BW-BAT 20kWh HV All-in-One Battery Kit with T5 5kW 3-Phase Hybrid Inverter

Complete Energy Storage System

SpecificationValue
BrandNEOVOLT
Product SKUNEOVOLT-ESS-T5-20KWH-BATTERY-KIT
SeriesNEOVOLT T5 / BW-BAT
Product type3-phase hybrid inverter with HV LiFePO4 battery storage
Inverter modelBW-INV-TPH5K
Battery modelBW-BAT-9.6P
Package configuration1 × inverter + 2 × batteries + energy meter
Marketed battery capacity20kWh class
Total nominal battery energy19.2kWh
Usable battery energyRevision-dependent; confirmation required
Battery chemistryLiFePO4 (LFP)
Battery architecture96V nominal, parallel-connected
Battery scalabilityUp to 6 modules in parallel
Maximum battery capacity57.6kWh nominal
Inverter parallel operationSupported; maximum configuration requires revision confirmation

Three-Phase Hybrid Inverter

SpecificationValue
Rated AC output power5kVA (5kW class)
Maximum AC output apparent power5.5kVA
Grid connectionThree-phase, 3/N/PE
Rated grid voltage230/400V AC
Grid frequency50/60Hz
Maximum PV input power10kW
Maximum PV input voltage1100V DC
MPPT operating voltage140–950V DC
MPPT trackers3
Strings per MPPT1 / 1 / 1
Maximum PV input current16A per MPPT
Maximum PV short-circuit current24A per MPPT
Maximum inverter efficiency98%
European efficiency97.5%
Rated backup output5kVA
Peak backup output10kVA, subject to operating conditions
Backup transfer timeLess than 10ms
Battery charging/discharging current50A maximum at inverter battery port
Inverter displayLED / LCD
Inverter communicationCAN / RS485 (BMS); Wi-Fi / 4G / Ethernet options
CoolingNatural convection
Inverter protection degreeIP65
Inverter dimensions (W × H × D)590 × 416 × 205mm
Inverter net weight29kg
Inverter operating temperature-25°C to +60°C

BW-BAT-9.6P Battery Modules

SpecificationValue
Battery quantity2
Nominal energy per battery9.6kWh
Nominal battery voltage96V DC
Operating voltage90–108V DC (2026 datasheet)
Nominal capacity100Ah per module, calculated from nominal ratings
Maximum charging current50A per module
Maximum discharging current50A per module
Peak charge/discharge currentNot separately specified
Depth of discharge100% stated in 2026 sheet; revision verification required
Cycle lifetime10,000 cycles (2026 datasheet)
Battery managementIntegrated BMS
Battery communicationCAN / optional RS485
Battery protection degreeIP65
Battery connectionParallel
Individual battery dimensions (W × H × D)590 × 730 × 205mm
Individual battery weight86kg
Charging temperature0°C to +50°C
Discharging temperature-10°C to +50°C
Storage temperatureNot specified in the referenced datasheet
Relative humidity0–95%, non-condensing

Installation, Warranty and Certification

SpecificationValue
InstallationFloor or wall mounting with applicable accessories
Mounting bracketsOptional, ordered separately
Energy meterIncluded; exact model to be confirmed
Combined component net weightApproximately 201kg, excluding meter and accessories
Total shipping/package weightNot confirmed
Overall assembled dimensionsDependent on selected mounting configuration
Maximum operating altitude3000m; derating above
Package warranty10 years stated in 3Buy price list; component terms to verify
Battery warranty12 years stated in February 2026 manufacturer datasheet
Battery transport certificationUN38.3
Battery safety standards listedIEC 62619:2022; IEC 62040:2017
Inverter safety standards listedIEC/EN 62109-1 and 62109-2
EMC standards listedEN 61000-6-1 / -6-2 / -6-3 / -6-4
Grid standards listedVDE-AR-N 4105, EN 50549-1 and other country-specific standards

NEOVOLT T5 Three-Phase Hybrid Inverter for Solar PV Integration

The BW-INV-TPH5K combines photovoltaic conversion, battery charging, grid interaction and backup output within a three-phase hybrid inverter platform.

Its three independent MPPT trackers provide flexibility when designing solar arrays across different roof orientations. Installers can configure separate PV strings within the permitted voltage and current limits rather than forcing all modules into one operating arrangement.

The inverter supports up to 10kW maximum PV input power, enabling DC-oversized array designs where the site conditions and generation profile justify them. Actual AC output remains subject to the inverter’s rated power and applicable grid settings.

Energy Management and Monitoring

The inverter’s internal energy management system coordinates supported PV generation, battery charging and discharging, grid interaction and connected loads.

The included meter provides the electrical measurements required for the configured operating strategy.

Remote monitoring, diagnostics and communication functions depend on the installed connectivity equipment and applicable software configuration.

For professional installers, these functions are particularly useful when commissioning systems for solar self-consumption, monitoring battery performance and providing ongoing customer support.

Three-Phase Backup Power and System Scalability

The NEOVOLT T5 hybrid inverter includes a dedicated backup output for appropriately designed electrical circuits.

It can support selected loads during a grid interruption when the battery has sufficient available energy and the system is installed with the required electrical protection, isolation and switching arrangements.

A 20kWh battery does not automatically make this a whole-house backup system. The installer must assess phase distribution, connected loads, motor starting currents and the inverter’s backup power limits before specifying which circuits will remain supplied.

For projects requiring increased inverter output, the NEOVOLT three-phase platform also supports manufacturer-approved parallel inverter operation. NEOVOLT’s system documentation describes configurations with up to six compatible inverters operating in parallel.

The final design must account for the applicable inverter models, parallel connection equipment, firmware compatibility and approved battery architecture.

Installation Planning for Professional Solar Installers

The NEOVOLT T5 system is intended for installation and commissioning by qualified electrical and solar PV professionals.

Its modular construction allows the inverter and battery system to be installed as a coordinated arrangement, subject to the manufacturer’s mounting, spacing and connection requirements.

Before specifying this configuration, the installer should assess the property’s three-phase electrical supply, expected PV generation, daily energy consumption, backup requirements and available installation space.

Particular attention should be given to:

  • Battery connection and BMS communication: Use the manufacturer-approved wiring arrangement and compatible firmware.
  • Grid compliance: Verify the applicable country-specific grid-code settings and certification requirements.
  • Backup circuit design: Confirm protected loads, switching requirements and electrical isolation.
  • Battery placement: Allow for equipment weight, ventilation, service access and environmental conditions.
  • Future expansion: Plan battery connections and additional equipment around the intended system capacity.

The system’s IP65 protection supports installation flexibility, but the final location must comply with NEOVOLT’s installation instructions and local electrical regulations.

For retrofit installations, compatibility with the existing PV inverter, metering configuration and electrical distribution system must be assessed before ordering.

NEOVOLT Energy Storage Kits for European Solar Installers and EPC Contractors

This 20kWh-class three-phase package is designed for professional buyers who need a defined inverter and battery configuration rather than sourcing individual system components from different manufacturers.

It is particularly relevant for residential solar PV installations with three-phase grid connections, new-build photovoltaic projects and selected light commercial applications where battery autonomy is more important than high instantaneous discharge power.

For repeat installations, a consistent NEOVOLT system configuration can simplify procurement, technical documentation and commissioning procedures.

Buy NEOVOLT Battery Storage Systems from 3Buy Solar

3Buy Solar is an official NEOVOLT distributor in Europe, supplying professional solar installers, EPC contractors, electrical wholesalers and renewable energy resellers.

Explore the complete NEOVOLT solar battery and hybrid inverter range or compare additional energy storage system kits with inverter for other installation requirements.

Ready to purchase?

Order the NEOVOLT T5 20kWh three-phase battery kit directly through the 3Buy Solar webshop using the Add to Cart button above.

For multiple installations, reseller quantities or project-specific equipment requirements, request a B2B quotation from 3Buy Solar with the expected quantities, delivery country and required accessories.

Felicity Solar low voltage battery inverter compatibility list showing supported hybrid solar inverters for residential and commercial energy storage systems in Europe.

Product Datasheet and Downloads

Datasheet

Installation and Operation Manual

  • Installation and User Manual Neovolt BW-INV-TPH5K Inverter EN

  • Installation and User Manual Neovolt BW-BAT-9.6P  Battery EN

  • Hybrid Inverters Compatibility List – ONLY With NEOVOLT

  • Installations- und Benutzerhandbücher Neovolt BW-INV-TPH5K Inverter DE

  • Installations- und Benutzerhandbücher Neovolt BW-BAT-9.6P DE

Certificates

  • CE Declaration of Conformity

  • EMC Compliance Certificate

  • IEC Certificate

  • VDE Certificate

  • EMC Certificate

  • G99 Certificate

  • UL Certificate

  • UN 38.3 Test Report

  • MSDS Certificate

Warranty

  • Manufacturer Warranty Neovolt Inverters

  • Manufacturer Warranty Neovolt Batteries

FAQ regarding NEOVOLT 20kWh 3Phase Battery Kit

What is included in the NEOVOLT T5 20kWh three-phase battery kit?

The package includes one NEOVOLT BW-INV-TPH5K 5kW three-phase hybrid inverter, two BW-BAT-9.6P LiFePO4 batteries providing 19.2kWh nominal storage, and a compatible energy meter. Solar panels, optional mounting brackets and site-specific electrical protection equipment are supplied separately. Watch our solar trainings and webinars or visit you 3Buy Youtube Channel. … or alternatively you can browse for our latest articles regarding renewable and energy efficient heating and cooling in our Solar Distributor Blog.

Have you checked all our products? Go to our Solar PV and Energy Storage Shop | 3Buy Installer-Grade & DIY EU

Is the NEOVOLT 20kWh battery kit a high-voltage energy storage system?

NEOVOLT uses a 96V nominal battery architecture, operating between 90V and 108V. The manufacturer markets this architecture as high-voltage relative to conventional 48V/51.2V battery systems. The two included batteries connect in parallel, maintaining 96V while providing 19.2kWh nominal energy rather than exactly 20kWh.

How many NEOVOLT BW-BAT-9.6P batteries can be connected in parallel?

Up to six BW-BAT-9.6P modules can be connected in parallel, providing a maximum nominal storage capacity of 57.6kWh. The supplied kit includes two modules, allowing future battery expansion with manufacturer-approved connections, compatible firmware, BMS communication and appropriate electrical protection.

Does the NEOVOLT T5 5kW three-phase hybrid inverter support full-home backup?

The NEOVOLT BW-INV-TPH5K provides a dedicated 5kVA three-phase backup output. Whether it can support the entire property depends on connected loads, phase distribution, starting currents and the installation’s electrical design. Full-home backup requires appropriate switching, grid isolation and compliance with NEOVOLT installation requirements.

Specification

Manufacturer

BrandNEOVOLT

Technical Specifications

Weight200 kg
Dimensions590 × 1500 × 205 mm
ManufacturerBytewatt Technology Co., Ltd.
BrandNEOVOLT
Product CategoryBatteries, Battery Sets, Energy Storage System Kits with Inverter
Nominal Voltage [V]The nominal voltage is defined as the voltage value assigned to an electric circuit or system to designate its voltage class. In simple words, the voltage level of an electrical power system is called the nominal voltage of the system.96V
Battery Voltage Range [V]Indicates the allowable DC voltage window in which the solar battery or energy storage system operates safely. Ensure compatibility with the selected solar inverter and hybrid inverter input voltage range.90 V- 180 V
Nominal Capacity [kWh]Nominal capacity (in kWh) typically refers to the rated energy storage or output capacity of a system, such as a battery, energy storage system, or electric vehicle battery. It indicates the amount of energy that the system can store or deliver under normal operating conditions.19.2 kWh
Nominal Current [A]Nominal current is essentially the normal electrical current that we would expect to flow through a circuit at any given time.50 A
Max. Charge & Discharge Current [A]The maximum charge and discharge current refers to the highest current a battery or energy storage system can handle safely during charging and discharging processes. It is an important parameter that helps ensure the battery operates within safe limits and prevents damage, overheating, or other safety hazards.50 A
Battery TypeHigh VoltageEfficient large-scale battery technology operating above 400 V DC., Lithium Iron Phosphate (LiFePO4) – LFPLithium Iron Phosphate (LiFePO4) batteries are one of the most reliable and safest energy storage solutions for solar systems. Known for their long lifespan, high efficiency, and superior safety, these batteries are a top choice for residential, commercial, and off-grid solar storage.
Max, Battery Expansion Units [pcs]6
Max. Battery Capacity [kWh]The maximum total energy storage capacity achievable by connecting and scaling multiple compatible battery modules or units within a single system.57.6
CommunicationSpecifies how the device communicates with other systems or networks—options include RS485, CAN, LAN, Wi-Fi, 4G, and Optical for data exchange and remote monitoring.CAN, RS485
Inverter TypeAn inverter type refers to the specific technology and functionality of a solar inverter. The main types include grid-tied, off-grid, and hybrid inverters. Each serves a different purpose:Hybrid
PhasesDescribes the electrical phase configuration—Single-phase for residential use, Three-phase for commercial or industrial systems, and Split-phase common in North American households.Three PhaseCommercial and industrial power standard with 400 V three-phase supply.
Rated Power [W]Indicates the maximum continuous power output or input the device can handle under standard operating conditions, measured in watts (W).5 kW
Max. PV Array Input Power [Wp]The PV array power is the maximum power of the PV modules connected to one PV inverter.10000W
Max. PV Input Voltage [V]Maximum PV voltage, which is an absolute limit of the voltage of PV panels connected in series, and “nominal PV power”. If more wattage is available from the panels, the controller won\\\'t use it, it will just limit the current to what it can handle.1100V
Maximum PV Input Current [A]The maximum DC input current (A) the solar inverter can accept from connected solar panels per PV input or MPPT, as specified by the manufacturer.16 A
MPPT Voltage Range [V]The MPPT (Maximum Power Point Tracking) voltage range refers to the range of input voltages at which an MPPT solar charge controller or inverter can operate efficiently to optimize the power output of a solar panel or array.140V – 950V
DC Startup Voltage [V]The start-up voltage for a solar inverter is the minimum voltage required to initiate its operation. This voltage is crucial as it marks the point at which the inverter begins converting DC power from the solar panels into AC power for consumption.85V
No. of MPP Trackers (MPPT)An MPPT, or maximum power point tracker is an electronic DC to DC converter that optimizes the match between the solar array (PV panels), and the battery bank or utility grid via the solar inverter. To put it simply, they convert a higher voltage DC output from solar panels (and a few wind generators) down to the lower voltage needed to charge batteries. Maximum Power Point Tracking (MPPT) is a feature built into all grid tied solar inverters. In the simplest terms, this funky sounding feature ensures that your solar panels are always working at their maximum efficiency, no matter what the conditions.3
No. of PV StringsThe maximum string size is the maximum number of PV modules that can be connected in series and maintain a maximum PV voltage below the maximum allowed input voltage of the inverter. The solar cell module is a unit array in the PV generator. It consists of solar cells connected in series to build the driving force and in parallel to supply the required current. A series-connected group of cells are called a solar cell string.3
Max. Surge Power [W]Surge power refers to the maximum power that the inverter can offer instantly. A portion of the \\\"boot power\\\" of the appliance is much higher than its rated operating power, such as a refrigerator, an air conditioner, induction cooker or other devices with a compressor.10000
Max. Continuous Output Power [VA]As a unit of measurement for electrical power, VA represents how much energy a device consumes or produces or how much current it draws from the electrical circuit. In electrical circuits, power is measured in volts (V), as well as in amperes (A).5500
Max. Output Current [A]The maximum AC current the hybrid inverter can deliver to connected loads or the electrical grid, expressed in amperes (A), under the manufacturer\'s specified operating conditions.8.3
Rated Backup Output Power [kW]The continuous AC power a hybrid inverter can supply to connected backup loads during a grid outage when operating in backup (EPS) mode, subject to available battery power and system limits.5 kVA
Nominal AC frequency [Hz]Nominal frequency is the frequency specified by the manufacturer or supplier for a device in normal operation. 60Hz systems tend to be more efficient for longer distance transmission and are better suited for high-power applications, while 50Hz systems are more suited for low-power, local distribution. In the U.S. and many other places it is 60Hz. In Europe and many other places it\'s 50Hz.50Hz, 60Hz
Grid Voltage Range [V]The minimum and maximum AC grid voltage (V) within which the solar inverter can operate, subject to manufacturer specifications and applicable grid connection requirements.150~288
Grid Voltage [V]The nominal AC voltage (V) at which the solar inverter connects to the electricity grid, specified for single-phase or three-phase operation according to the manufacturer’s technical specifications.220V, 230/400VAC, 3/N/PE
Protection Rating [IP]IP (or \"Ingress Protection\") ratings are defined in international standard EN 60529 (British BS EN 60529:1992, European IEC 60509:1989). They are used to define levels of sealing effectiveness of electrical enclosures against intrusion from foreign bodies (tools, dirt etc) and moisture.IP65An IP65 rated enclosure gives protection against low pressure water jets from any direction, as well as condensation and water spray. It's suitable for most outdoor enclosures that won't encounter extreme weather such as flooding.
WarrantyNormally covers, manufacturing defects, durability issues, or equipment failure. The warranty typically covers the cost of replacing the faulty or damaged panel with a new working one. Please refer to the Warranty Documents of the product on the Manufacturer s webpage.10 Years
Certification ComplianceAS/NZS 4777.2:2020✔Confirms that the solar or hybrid inverter complies with the Australian and New Zealand standard for grid-connected inverter performance, electrical safety, grid protection and power quality requirements, C10/11:2021✔Belgian Synergrid technical requirements for grid-connected solar inverters and power generation systems, covering grid protection, anti-islanding, voltage and frequency limits, and safe operation with the electricity distribution network. , CE Certified ✔Meets essential EU safety, health, and environmental protection standards., CEI 0-21✔Confirms compliance with the Italian technical standard for connecting solar and hybrid inverters and energy storage systems to public low-voltage electricity grids, including grid protection, anti-islanding, voltage and frequency control, and power quality requirements., G98✔Confirms that the solar inverter or energy storage system meets UK Engineering Recommendation G98 requirements for connecting fully type-tested generation equipment up to 16 A per phase (approximately 3.68 kW per phase) to public low-voltage electricity networks., G99✔UK Engineering Recommendation G99 defines technical requirements for connecting solar inverters, battery energy storage systems and other generation equipment to public electricity distribution networks in Great Britain., IEC 60529✔IEC 60529✔ defines the IP (Ingress Protection) rating system for electrical enclosures., IEC 61000-6-1/2/3/4✔Confirms that the energy storage system meets EU electromagnetic compatibility for immunity + low emissions in both commercial and industrial sites., IEC/EN 62109-1&2✔Confirms that the solar inverter complies with international and European safety standards for power conversion equipment used in photovoltaic systems, covering general electrical safety, protection against electric shock, fire hazards and inverter-specific safety requirements., NRS 097-2-1✔Confirms compliance with South African grid-connection requirements for solar and hybrid inverters, covering grid protection, anti-islanding, voltage and frequency limits, and safe operation of small-scale embedded generation systems., NTS 631✔Spanish technical standard verifying that grid-connected solar inverters and power generation systems meet the requirements of EU Regulation 2016/631, including grid stability, frequency response and reactive power control., RD647:2020✔Spanish Royal Decree establishing technical requirements for connecting electricity generation systems, including solar PV inverters, to the Spanish power grid in accordance with EU grid codes., RoHS & REACH Compliant ✔Free from hazardous substances and compliant with EU chemical regulations., TÜV Rheinland Approved ✔Independently tested for quality, safety, and performance by TÜV Rheinland., UN38.3✔Confirms that the lithium battery has passed the UN Manual of Tests and Criteria, Section 38.3, demonstrating compliance with the required safety tests for lithium battery transport by road, rail, sea and air., VDE 0126-1-1✔Confirms compliance with the German standard for automatic grid disconnection and anti-islanding protection, ensuring that solar and hybrid inverters safely disconnect from the public low-voltage grid during grid faults or power outages., VDE Grid Code ✔Certified to German and EU grid connection standards (VDE-AR-N 4105/4110)., VDE-AR-N 4105:2018✔German technical standard specifying grid connection, protection, anti-islanding and power quality requirements for solar inverters and energy storage systems connected to low-voltage electricity networks in Germany., VDE-AR-N 4105:2026-03German technical standard specifying grid connection, protection, anti-islanding and power quality requirements for solar inverters and energy storage systems connected to low-voltage electricity networks in Germany.

Safety & Compliance Information
Installation, commissioning, electrical connection and maintenance must be carried out by qualified personnel in accordance with the manufacturer's instructions and applicable local regulations. Read and follow all product-specific safety warnings and installation instructions before installation or operation. For exact technical specifications, safety instructions and compliance documentation, refer to the manufacturer's documentation available in the Product Datasheet and Downloads section. For further assistance, contact 3Buy Solar.

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NEOVOLT logo – hybrid inverter and solar battery energy storage brand

Neovolt is a smart solar energy storage brand specialising in LiFePO4 battery storage, hybrid inverters, residential energy storage systems and complete solar energy solutions for residential and commercial PV projects. The brand focuses on integrated solar technology where solar panels, hybrid solar inverters, solar battery storage, intelligent energy management and backup power work together to maximise self-consumption, energy independence and long-term savings.

The Neovolt portfolio includes solar batteries, energy storage systems, single-phase and three-phase hybrid inverters, battery management systems (BMS), monitoring devices and installation accessories for professional solar installers, electricians, EPC contractors, solar PV suppliers, solar distributors and solar wholesalers in Europe.

Neovolt solutions are suitable for home energy storage, backup power, solar self-consumption, residential PV installations, light commercial applications and complete solar battery kits, giving installers a flexible product range for building efficient and scalable solar energy storage systems.

More about Neovolt on the official manufacturer page.

Manufacturer
Bytewatt Technology Co., Ltd.
No. 137, West ShiHu Road, Wuzhong District, Suzhou, Jiangsu 215100, China
Tel: +86 180 1268 7058
Website: www.neovoltess.com

European Contact
Suzhou Bytewatt Technology Co., Ltd. – European Market Enquiries
Tel: +86 137 7123 9754
Contact: Neovolt Official Contact Page

“For professional solar installers, Neovolt offers a practical approach to hybrid PV and battery storage integration. Its single-phase and three-phase energy storage solutions help simplify system design, installation and commissioning while providing flexible options for residential and light commercial projects. With integrated energy management, remote monitoring and expandable storage configurations, Neovolt helps installers deliver reliable systems, reduce installation complexity and support long-term customer satisfaction.”

— Professional Solar Installer

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