Sistema de almacenamiento de energía solar híbrido industrial Sunpal de 500 kW para empresas

  • Sistema híbrido de energía solar de 500 kW para uso comercial - Fabricante
  • Sistema de almacenamiento solar industrial todo en uno - Sunpal Supplier
  • Sistema híbrido de almacenamiento de energía solar para la industria - Distribuidor
  • Sistema híbrido de energía solar de 500 kW para uso comercial - Fabricante
  • Sistema de almacenamiento solar industrial todo en uno - Sunpal Supplier
  • Sistema híbrido de almacenamiento de energía solar para la industria - Distribuidor

Sistema de almacenamiento de energía solar híbrido industrial Sunpal de 500 kW para empresas

    Paneles mono TOPCon/HJT de 560 W, 900 unidades
    Batería de litio de 1032 kWh, 6000+ ciclos, IP65
    Inversor híbrido de 500 kW con entrada de red/gas/carga
    FV, red, GD, carga en paralelo
    Cambio automático entre los modos de encendido y apagado de la red
    Supervisión remota a través de PC y móvil

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Especificación

Lista de componentes del sistema de energía solar con almacenamiento de energía de 500 kW







Artículo
ModeloDescripciónCantidad
Panel solarPanel solar mono de 560 W900 piezas
Caja combinadora FV5 Entrada 1 Salida10 piezas
Inversor híbrido500 kW Estándar UE/EE.UU.1 pieza
1032.192KWH Sistema de batería de litio (ajustable)Batería de litio 51,2V100AH72 piezas
Caja de protección de alta tensión6 piezas
Portapilas de 7 capas y 2 columnas6 piezas
Soporte de montajeTejado inclinado/plano, suelo personalizable1 juego
Cable FVCable FV unipolar de 4 mm25000 metros
Cable de CC(Opcional)Cable de CC unipolar de 25 mm21000 metros
ConectorConector FV160 pares
OpcionalContenedor personalizado de 10 piesSistema estándar de extinción de incendios, iluminación, refrigeración, aire acondicionado, etc.1 juego

Caja de instalación

Q :

1. ¿Qué incluye este sistema solar industrial de 500 kW?

A :

El paquete incluye paneles solares, inversor híbrido, banco de baterías de litio, cajas combinadoras, cables, sistema de montaje, conectores, herramientas y solución opcional en contenedor.

Q :

2. ¿Puede funcionar el sistema tanto con la red como con un generador diésel?

A :

Sí, admite la entrada de energía fotovoltaica, de red y de GD simultáneamente para un uso estable de múltiples fuentes de energía.

Q :

3. ¿Cuánto dura el sistema de baterías?

A :

The system uses high-voltage Baterías LiFePO₄ with over 6000 cycles and a 10-year warranty.

Q :

4. ¿Dispone de mando a distancia?

A :

Sí. El sistema admite supervisión, control y diagnóstico en tiempo real a través de plataformas de PC y móviles.

Q :

5. ¿Puede adaptarse el sistema a las necesidades específicas de la industria?

A :

Absolutamente. Admite el despliegue en el techo, en el suelo y en contenedores, con sistemas opcionales de protección contra incendios, refrigeración y cámaras.

Q :

6. What is the cost of a 500 kWh industrial-grade BESS?

A :

A 500-kWh commercial or industrial-grade battery energy storage system (BESS) typically costs between $50,000 and 60,000, depending on its configuration, electrochemical properties, and project scale.

Industry average: $100–$120 per kWh → Total price for a 500 kWh system: $50,000–$60,000

However, Sunpal delivers exceptional value—our turnkey 500 kWh core battery units start at just $40,000 to $50,000, while fully integrated hybrid container solutions are available for under $10,000.

Why Sunpal's 500-kWh BESS Delivers Exceptional ROI for Businesses

Industry benchmarks indicate that commercial energy storage systems cost between $100 and $120 per kWh. Sunpal leverages vertical integration, in-house manufacturing, and economies of scale to deliver high-performance LFP systems at significantly lower costs, while ensuring safety, longevity, and compliance with certification standards.

Why can Sunpal achieve significantly lower prices?

1. Advanced LFP Chemistry: Compared to standard lithium-ion batteries, it offers a longer cycle life (>6,000 cycles), improved thermal stability, and lower degradation rates—effectively reducing the lifetime cost per kWh.

2. Integrated Design: Incorporating built-in inverters, battery management systems, thermal management, and intelligent control systems reduces balance-of-system (BOS) costs and simplifies installation.

3. Scalable Containerized Solutions: Our 500 kWh energy storage containers are engineered with prefabricated components to enable rapid deployment across industrial, commercial, and microgrid applications.

4. Global Certifications and Proven Track Record: Sunpal systems have been installed in over 100 countries, with a cumulative capacity exceeding 10 GW. They meet UL and IEC certifications, as well as local grid interconnection and safety standards.

5. End-to-End Support: Sunpal provides comprehensive, one-stop solutions encompassing site assessment, system design, permitting, installation, and operations and maintenance (O&M). This approach minimizes project risks and accelerates payback periods.

6. Incentives, Tax Credits, and Tariffs: Local subsidies—such as the U.S. Investment Tax Credit (ITC) and European Union grants—significantly reduce net costs for buyers.

Q :

7. For a business, is 500 kwh of energy consumption per month considered high?

A :

Is 500 kWh a significant amount of energy consumption for a business per month?

For many small to medium-sized businesses, a monthly energy consumption of 500 kWh is considered low. However, the significance of this figure depends on several factors, including the nature of your business, the number of employees, and the energy efficiency of your operations.

1.Industry Benchmarks:

Small Offices: Typically consume between 1,000 and 2,000 kWh per month.

1.1 Retail Stores: Energy usage can range from 2,000 to 5,000 kWh monthly, depending on store size and operating hours.

1.2 Manufacturing Facilities: These can consume tens of thousands of kWh per month, depending on machinery and production processes.

2. Factors Influencing Energy Consumption:

2.1 Business Type: Retail, office, or industrial operations have varying energy needs.

2.2 Operating Hours: Extended hours or 24/7 operations increase energy usage.

2.3 Equipment Efficiency: Older or inefficient equipment can lead to higher energy consumption.

2.4 Building Size and Insulation: Larger or poorly insulated buildings may require more energy for heating and cooling.

3. Cost Implications:

With average U.S. commercial electricity rates around $0.1241 per kWh, a 500 kWh monthly consumption would cost approximately $62.05. However, this cost can vary based on location, time of use, and specific utility rates.

4. Conclusion:

While 500 kWh per month is relatively low for most businesses, it's essential to consider your specific operational needs and energy efficiency measures. Regularly monitoring and optimizing energy consumption can lead to significant cost savings and a reduced environmental footprint.

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