CasaInverterInverter ibridoMiglior inverter ibrido 30-150KW con tutto in uno SME in vendita
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Miglior inverter ibrido 30-150KW con tutto in uno SME in vendita

Condividi:

  • Inverter ibrido da 30-150 kW con EMS integrato per una soluzione di gestione dell'energia intelligente, efficiente e completa.
  • 30-150kW hybrid inverters with integrated EMS for seamless energy management and grid independence.
  • 30-150kW hybrid inverters with all-in-one EMS for intelligent, scalable, highly efficient power management
  • Inverter ibrido da 30-150 kW con EMS integrato per una soluzione di gestione dell'energia intelligente, efficiente e completa.
  • 30-150kW hybrid inverters with integrated EMS for seamless energy management and grid independence.
  • 30-150kW hybrid inverters with all-in-one EMS for intelligent, scalable, highly efficient power management
  • 1. Integrated Energy Management
    This all-in-one hybrid inverter seamlessly integrates connections for solar, battery, grid, and load, creating a unified energy ecosystem. Its built-in EMS optimizes power distribution and monitoring, ensuring reliable operation across diverse conditions. The system supports intelligent energy dispatch, enhancing self-consumption and providing backup power during outages. Ideal for commercial and industrial applications, it delivers a robust and scalable solution for modern energy needs.

    2. High Voltage Battery Compatibility
    Supporting a wide battery voltage range of 600–900V, this inverter enhances system design flexibility and improves energy storage efficiency. The high voltage compatibility reduces current loss and allows compatibility with advanced battery technologies. It ensures stable performance and extends battery life, making it suitable for large-scale solar-plus-storage applications where reliability and efficiency are critical.

    3. Dual MPPT Solar Harvesting
    Equipped with two independent MPP trackers, the inverter maximizes solar energy extraction by allowing parallel PV array inputs. This design minimizes shading impact and mismatch losses, increasing overall energy yield. The dual MPPT structure supports diverse installation orientations and module types, optimizing roof utilization and adaptation to complex project layouts.

    4. Intelligent Grid and Generator Control
    Featuring seamless switching under 10ms and a high PV input voltage of 1500V, this inverter ensures minimal interruption and reduced cabling costs. The dry contact output enables remote diesel generator control, enhancing off-grid and backup capabilities. These advanced functions provide superior grid management and operational resilience for demanding environments.
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FAQS

Q :

What types of energy sources can the MateSolar hybrid inverter integrate?

A :

The MateSolar hybrid inverter seamlessly integrates multiple energy sources, including solar PV arrays, battery storage, the grid, and backup generators. Its all-in-one EMS intelligently manages power flow between these sources, ensuring optimal self-consumption, grid interaction, and reliable backup power for commercial and industrial applications.

Q :

What is the purpose of the Dual MPPT design, and how does it increase solar energy yield?

A :

The Dual Maximum Power Point Tracker (MPPT) design allows two independent strings of solar panels to be connected and optimized separately. This is crucial when PV arrays face different orientations, tilts, or shading conditions. By allowing each string to operate at its own ideal voltage and current, the system minimizes energy losses due to mismatch or partial shading, thereby maximizing the total solar energy harvested from the entire installation.

Q :

Why does the inverter support a high battery voltage range of 600-900V, and what are the benefits?

A :

Supporting a high voltage range significantly enhances system efficiency and design flexibility. Higher battery voltage reduces the current for the same power level, which minimizes transmission losses, allows for smaller cable sizes, and improves overall energy storage efficiency. This compatibility also future-proofs the installation, allowing it to work with advanced high-voltage battery technologies, ensuring stable performance and contributing to extended battery life in large-scale solar-plus-storage projects.

Q :

How does the Dual MPPT feature benefit complex commercial rooftop installations?

A :

Commercial roofs often have multiple planes, obstructions, or require different module types. The Dual MPPT structure enables installers to split the PV array into two independently optimized sub-arrays. This allows for better utilization of available roof space across different sections, accommodates complex layouts, and ensures that the overall system maintains high energy production even when one array section is underperforming temporarily.

Q :

How does the high battery voltage range benefit a large-scale energy storage system?

A :

A 600–900V battery voltage range, supported by MateSolar inverters, reduces overall system current, minimizing power loss and improving efficiency. This high voltage compatibility allows for longer string configurations, reduces balance-of-system costs, and supports integration with next-generation high-voltage batteries for scalable, future-proof projects.

Q :

Why is a dual MPPT design important for a solar inverter?

A :

Dual MPPT trackers allow the inverter to independently manage two separate PV strings. This is critical for maximizing energy harvest when arrays face different directions, experience partial shading, or use different module types. MateSolar’s design ensures overall system yield is optimized and design flexibility is greatly enhanced.

Q :

Can this inverter support backup power during a grid outage and how is a generator controlled?

A :

Yes, it provides uninterrupted backup power with a seamless transfer time of less than 10ms. Furthermore, the inverter includes a dry contact output for remote activation and control of a diesel generator (DG), ensuring extended backup capability during prolonged grid failures or periods of low solar irradiation.

Q :

Can this hybrid inverter work with different types or brands of batteries?

A :

Yes, the wide 600-900V high-voltage compatibility range offers considerable flexibility. It is designed to be compatible with mainstream high-voltage battery brands and technologies available on the market. We recommend consulting with MateSolar technical support to ensure optimal communication protocol matching and configuration for specific battery models to guarantee system stability and performance.

Q :

How fast is the switch to backup power during a grid failure, and what supports this performance?

A :

The system features an ultra-fast switch to backup mode in under 10 milliseconds. This sub-cycle switching time is critical for preventing interruptions to sensitive commercial and industrial loads. This performance is supported by advanced power electronics and the integrated EMS, which detects grid anomalies instantly and initiates a seamless transition to battery power, ensuring continuity of operations.

Q :

How does the 1500V PV input voltage and dry contact output benefit system design and control?

A :

The high 1500V DC input reduces the number of PV strings required, lowering balance-of-system costs, simplifying wiring, and reducing cabling losses. The programmable dry contact output provides a critical control interface, allowing the inverter to automatically start and stop a remote diesel generator. This enhances off-grid capability and creates a robust multi-layer backup system for environments demanding absolute energy security.

Q :

Is this system suitable for sites that already have or plan to integrate a backup generator?

A :

Absolutely. The intelligent grid and generator control functions are specifically designed for such scenarios. The system can be configured to automatically manage the generator, using it to recharge batteries during prolonged off-grid periods or when solar energy is insufficient. This intelligent coordination creates a highly resilient and efficient hybrid power plant, optimizing fuel use and ensuring reliable power supply.

Q :

What is the core advantage of the MateSolar All-In-One EMS in this hybrid inverter system?

A :

The core advantage is the creation of a fully unified energy ecosystem. Our system seamlessly integrates management for solar PV, battery storage, the utility grid, and load demand into a single platform. The built-in Energy Management System (EMS) continuously optimizes power distribution and provides comprehensive monitoring, ensuring maximum reliability, enhanced self-consumption of solar energy, and seamless backup power during grid outages, all within one robust solution ideal for commercial and industrial applications.

Q :

How does the integrated EMS improve operational efficiency for a business?

A :

The intelligent EMS automates energy dispatch based on real-time conditions, such as electricity tariffs, solar production, and load requirements. It prioritizes using stored solar energy during peak price periods, reduces demand charges, and ensures critical operations continue during power failures. This intelligent optimization lowers overall energy costs, improves ROI, and provides operational resilience without requiring manual intervention.

Q :

As a complete solution provider, what does MateSolar offer beyond the inverter hardware?

A :

MateSolar provides a true one-stop photovoltaic energy storage system solution. We offer comprehensive support including pre-sales technical design, system engineering, compatibility guidance for components like batteries and PV modules, professional installation support, and after-sales service. Our goal is to deliver not just a product, but a fully optimized, reliable, and scalable energy solution tailored to your specific commercial or industrial needs, backed by our expertise from design to commissioning.

Informazioni sul prodotto

AC(Grid-connected)HPS30HPS50HPS100HPS120HPS150
Apparent power33kVA55kVA110kVA132kVA165kVA
Rated power30kW50kW100kW120kW150kW
Rated voltage400V400V400V400V400V
Rated current43A72A144A173A217A
Voltage range360V-440V360V-440V360V-440V360V-440V360V-440V
Rated frequency50/60Hz50/60Hz50/60Hz50/60Hz50/60Hz
Frequency range45~55/55~65Hz45~55/55~65Hz45~55/55~65Hz45~55/55~65Hz45~55/55~65Hz
THDI<3%<3%<3%<3%<3%
PF0.8lagging~0.8leading0.8lagging~0.8leading0.8lagging~0.8leading0.8lagging~0.8leading0.8lagging~0.8leading
AC connection3/N/PE3/N/PE3/N/PE3/N/PE3/N/PE
AC input60kVA100kVA200kVA240kVA240kVA
AC(Off-grid)
Apparent power33kVA55kVA110KVA132kVA165kVA
Rated power30kW50kW100kW120kW150kW
Rated voltageRated current400V400V400V400V400V
Rated current43A72A144A173A217A
THDU≤2%linear≤2%linear≤2%linear≤2%linears2%linear
Rated frequency50/60Hz50/60Hz50/60Hz50/60Hz50/60Hz
Overload capability110%-10mins
120%-1 min		110%-10mins
120%-1 min		110%-10mins
120%-1 min		110%-10mins
120%-1 min		110%-10mins
120%-1 min
DC (Battery and PV)
Max. PV open-circuit voltage1000V DC1000V DC1000V DC1000V DC1000V DC
Max. PV power45kWp75kWp150kWp180kWp225kWp
PV MPPT voltage range480V-800V DC480V-800V DC480V-800V DC480V-800V DC480V-800V DC
Battery voltage rangeat at Max. charge power450V-600V500V-600V500V-600V517V-600V500V-600V
Battery voltage range352-600V352-600V352-600V352-600V352-600V
Max. charge power45kW75kW150kW180kW225kW
Max. discharge power33kW55kW110kW132kW165kW
Max. charge current100A150A300A350A450A
Max. discharge current93A156A313A374A467A
General information
Protection degreeIP20IP20IP20IP20IP20
Noise emission<65dB(A)@1m<65dB(A)@1m<65dB(A)@1m<65dB(A)@1m<65dB(A)@1m
Operating temperature-25 °C~+55 °C-25 °C~+55 °C-25 °C~+55 °C-25 °C~+55 °C-25 °C~+55 °C
CoolingForced-airForced-airForced-airForced-airForced-air
Relative humidity0-95% non-condensing0-95% non-condensing0-95% non-condensing0-95% non-condensing0-95% non-condensing
Maximum altitude6000m(derate over 3000m)6000m(derate over 3000m)6000m(derate over 3000m)6000m(derate over 3000m)6000m(derate over 3000m)
Dimension (W/H/D)700/1660/600mm950/1860/750mm1200/1900/800mm1200/1900/800mm1200/1900/800mm
Peso355kg610kg948kg1025kg1230kg
Build-in transformerSìSìSìSìSì
Transfer between on/off gridAutomatic≤10msAutomatic≤10msAutomatic≤10msAutomatic≤10msAutomatic≤10ms
Standby consumption<30W<30W<30W<30W<30W
Comunicazione
DisplayTouch screenTouch screenTouch screenTouch screenTouch screen
ComunicazioneRS485/CANRS485/CANRS485/CANRS485/CANRS485/CAN

Certificate: CE,MEA,PEA,UKCA,AS 4777.2,EN61000-6-4:2007+A1:2011EN61000-6-2:2005,EN62109-1:2010,EN62109-2:2011.EN50549-1:2019.IEC62109.1IEC62109.2,NRS 097-2-1:2017,G99,VDE-AR-N4105:2018,DINVDEV0124-100:2020-06,PSE:2018-12

Battery voltage is determined by the following equation:
Vmin=352 x Vn/ V1, VMax=( Vmpp-100 )*Vn/ V2, VMax<600VDC;
V1 is battery cell discharge cut-off voltage, V2 is battery cell boost charge voltage, Vn is battery cell nominal voltage.

Contatto

Mate Solar progetta pannelli solari ad alta efficienza e sistemi di accumulo di energia per abitazioni, aziende e industrie. Le nostre soluzioni integrate, con batterie agli ioni di litio, inverter intelligenti e monitoraggio in tempo reale, riducono i costi e aumentano l'indipendenza energetica.

Contatto

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