InícioBateriaESS1MWh Painel solar BESS PCS & EMS Integração Sistema de armazenamento de energia
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1MWh Painel solar BESS PCS & EMS Integração Sistema de armazenamento de energia

Partilhar:

  • 1MWh Solar+BESS com PCS & EMS avançados para uma integração eficiente e sustentável do armazenamento de energia.
  • Integrated 1MWh solar storage with BESS, PCS, EMS unified for seamless energy management.
  • Integrated 1MWh solar storage: Unified BESS, PCS, and EMS for intelligent energy management and seamless operation.
  • 1MWh BESS with integrated PCS & EMS for efficient solar energy storage and intelligent power management.
  • Scalable 1MWh solar integrated BESS with advanced PCS & intelligent EMS for optimised energy management.
  • 1MWh Solar+BESS com PCS & EMS avançados para uma integração eficiente e sustentável do armazenamento de energia.
  • Integrated 1MWh solar storage with BESS, PCS, EMS unified for seamless energy management.
  • Integrated 1MWh solar storage: Unified BESS, PCS, and EMS for intelligent energy management and seamless operation.
  • 1MWh BESS with integrated PCS & EMS for efficient solar energy storage and intelligent power management.
  • Scalable 1MWh solar integrated BESS with advanced PCS & intelligent EMS for optimised energy management.
  • ‌1. High Energy Density‌
    Energy storage systems offer high energy density, meaning they can store a significant amount of energy in a relatively small space. This is particularly beneficial for applications where space is limited‌.

    ‌2. Long Cycle Life‌
    Modern energy storage systems, especially those using lithium-ion batteries, have a long cycle life. This ensures reliable performance and reduces the need for frequent replacements, lowering overall maintenance costs‌.

    ‌3. Flexible Integration‌
    Energy storage systems can be seamlessly integrated with various renewable energy sources, such as solar and wind. This flexibility allows for the creation of hybrid power systems that can adapt to changing energy demands and conditions‌.
Descarregar Perguntar

FAQS

Q :

Why is high energy density important for storage systems?

A :

High energy density allows compact storage of large energy volumes, ideal for space-constrained applications like urban solar setups or electric vehicles, maximizing efficiency.

Q :

How do lithium-ion batteries reduce long-term costs?

A :

Li-ion batteries offer 3,000+ charge cycles and 10–15-year lifespans, minimizing replacements and maintenance expenses for residential/commercial projects.

Q :

How do storage systems enhance renewable integration?

A :

They connect seamlessly with solar/wind, creating hybrid systems that adapt to demand shifts and provide backup during low generation, ensuring uninterrupted supply.

Informações sobre o produto

MÓDULOMTBK105-50MTBK200-100MTBK215-100
System Parameter50kW/105kWh100kW/200kWh100kW/215kWh
Método de arrefecimentoAir-CooledAir-CooledAir-Cooled
Battery Parameters
Rated Battery Capacity105kWh200kWh215kWh
Rated System Voltage512V716.8V768V
Tipo de bateriaLithium Iron Phosphate Battery (LFP)Lithium Iron Phosphate Battery (LFP)Lithium Iron Phosphate Battery (LFP)
Cell Capacity205Ah280Ah280Ah
Battery Series-parallel Connection Method1P×16S×10S1P×14S×16S1P×15S×16S
PV Parameters
Max. PV Input Voltage1000V1000V1000V
Max. PV Power100kW200kW200kW
MPPT Quantity2/44/84/8
Gama de tensão MPPT200-850V200-850V200-850V
AC Parameters
Rated AC Power50kW100kW100kW
Nominal AC Current Rating72A144A144A
Rated AC Voltage400V, 3P+N+PE, 50Hz400V, 3P+N+PE, 50Hz400V, 3P+N+PE, 50Hz
Total Current Harmonic Distortion (THD)<3% (Rated Power)<3% (Rated Power)<3% (Rated Power)
Gama ajustável do fator de potência1 Ahead ~ +1 Behind1 Ahead ~ +1 Behind1 Ahead ~ +1 Behind
General Parameters
Nível de proteçãoIP54IP54IP54
Fire Protection SystemAerosols
/perfluorohexanone
/heptafluoropropane		Aerosols
/perfluorohexanone
/heptafluoropropane		Aerosols
/perfluorohexanone
/heptafluoropropane
Isolation MethodNon-isolated (Optional Transformer)Non-isolated (Optional Transformer)Non-isolated (Optional Transformer)
Temperatura de funcionamento-25~60°C (Derating Above 45°C)-25~60°C (Derating Above 45°C)-25~60°C (Derating Above 45°C)
Poster Height3000m (>3000m Derating)3000m (>3000m Derating)3000m (>3000m Derating)
Interface de comunicaçãoRS485/CAN2.0
/Ethernet/Dry contact		RS485/CAN2.0
/Ethernet/Dry contact		RS485/CAN2.0
/Ethernet/Dry contact
Dimension (WHD)1200×1000×2150mm1850×1000×2300mm1800×1200×2300mm
Weight (With Batteries Approx.)1750kg2920kg3020kg
Certificação
Electric SafetyIEC62619/IEC62477
/EN62477		IEC62619/IEC62477
/EN62477		IEC62619/IEC62477
/EN62477
EMC (Electromagnetic Compatibility)IEC61000
/EN61000/CE		IEC61000
/EN61000/CE		IEC61000
/EN61000/CE
Grid-connected And IslandedIEC62116IEC62116IEC62116
Energy Efficiency And The EnvironmentIEC61683/IEC60068IEC61683/IEC60068IEC61683/IEC60068

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A Mate Solar concebe painéis solares de elevada eficiência e sistemas de armazenamento de energia para casas, empresas e indústrias. As nossas soluções integradas - com baterias de iões de lítio, inversores inteligentes e monitorização em tempo real - reduzem os custos e aumentam a independência energética.

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