783kWh / 300kW Commercial And Industrial Energy Storage System

783kWh / 300kW Commercial And Industrial Energy Storage System

783kWh / 300kW Commercial And Industrial Energy Storage System

Commercial & Industrial Energy Storage

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TAOYAN’s 783kWh / 300kW Commercial & Industrial (C&I) Energy Storage System delivers liquid-cooled LFP battery storage with 400V AC output in a space-saving cabinet for medium-sized industrial and commercial sites. With 783kWh capacity, 314Ah LFP cells and a 300kW PCS, it enables peak shaving, demand response, backup power and future capacity expansion. Explore the full C&I energy storage lineup →

Product Overview

783kWh / 300kW Commercial And Industrial Energy Storage System 783kWh / 300kW Commercial And Industrial Energy Storage System 783kWh / 300kW Commercial And Industrial Energy Storage System 783kWh / 300kW Commercial And Industrial Energy Storage System 783kWh / 300kW Commercial And Industrial Energy Storage System
783kWh / 300kW Commercial And Industrial Energy Storage System
Cell Type314Ah
Capacity783kWh
Configuration52S1P
Rated Power300kW
Nominal Voltage166.4V
AC Output Voltage400.0V
Operating Temperature Range-25°C to 55°C
Cooling MethodLiquid cooling
Cycle Life≥8000 cycles
Protection LevelIP54
Operating Altitude≤4000m
  • TY-783kW-BESS
  • TAOYAN
  • TY783-2026

Download: 783kWh Energy Storage System Specifications.pdf

Battery Module (1P52S Cell)

Battery Module
Capacity52.25KWH
Configuration52S1P
Nominal Voltage166.4V
Cell Capacity314Ah
Dimension442*1050*235mm
Weight310KG

Inverter Specifications (MW-Level)

Inverter
AC Rated output power300KW
AC Maximum output power315KW
Rated voltage400.0V
Rated frequency50/60Hz
Maximum PV input voltage1000.0V
MPPT operating voltage range250V-850V
MPPT full load voltage range450V-850V

TY-EMS Energy Management System

The TY-EMS (Energy Management System) is a highly integrated local monitoring and energy-management unit. Running Linux on a 64 GB / 4 GB-RAM board, it communicates with PCS, BMS, liquid-cooling units and smart meters via Modbus RTU/TCP, and syncs to a cloud Java backend for remote policy distribution and multi-site coordination — the intelligent brain behind every TAOYAN C&I storage system.

Multi-Device Access

Connects PCS, BMS, liquid cooling and meters with flexible quantities.

Real-Time Monitoring

Live dashboard with total power, SOC and 24-hour trend.

Battery Protection

SOC / voltage / temperature thresholds with auto cutoff.

Power Limitation

Dynamic setpoints per transformer and grid limits.

Charge / Discharge Strategy

Up to 10 time-of-use periods for peak shaving.

Local GPIO & Remote Mgmt

On-site HMI plus cloud backend with role permissions.

Features

Fire Protection System

Wiring Methods

After-sales Service

Typical Applications

Peak Shaving & Valley Filling

Charge during off-peak hours and discharge at peak tariff, cutting electricity bills for factories and commercial buildings.

Backup Power Supply

On mains interruption the system switches to battery discharge, keeping core equipment running.

Solar-Storage Integration

Compatible with existing grid-tied solar systems to raise self-consumption and store excess energy.

Modular Capacity Expansion

Start with what you need today and add cabinets as your energy demand grows.

Frequently Asked Questions

1. Is the 783kWh system suitable for medium-sized industrial facilities?

Yes, the 783kWh capacity paired with a 300kW inverter is an optimal balance for medium-sized factories looking to reduce peak demand charges and ensure power stability.

2. What are the benefits of the 314Ah LFP cells in this configuration?

Our 314Ah cells offer higher energy density and a longer cycle life compared to traditional cells, ensuring the 783kWh system remains compact while delivering high performance.

3. Can I expand the capacity if my energy needs grow?

Absolutely. The modular design of our ESS allows for parallel expansion, meaning you can add more units to increase both storage capacity and power output as your factory expands.

4. Does the system support remote monitoring and control?

Yes, our integrated Energy Management System (EMS) provides a cloud-based dashboard accessible via web or mobile for real-time monitoring of ROI and system health.

5. How does the fire protection system work?

The system includes a multi-level safety design with per-module temperature monitoring and an automated fire suppression system to ensure maximum safety for industrial environments.

6. What is the installation timeframe?

Since the system is pre-configured and tested in our factory, on-site installation is simplified to basic positioning and AC cabling, typically completed within a few days.

7. Is it compatible with existing Grid-Tied solar systems?

Yes, the AC-coupled design allows it to integrate seamlessly with your current solar setup, capturing excess solar energy for use during peak hours.

The system is "plug-and-play" ready, requiring only AC connection and communication commissioning upon arrival at the site.

7. How does the EMS handle complex energy trading?

Our smart EMS supports AI-driven strategies for arbitrage, demand response, and solar forecasting, maximizing the ROI of your 783kWh investment.

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