Containerized Hybrid Diesel Generator Battery Storage System

Category： Containerized Hybrid Diesel BESS Power Station
Model:GPFCN‑100/130A400
Energy Storage Capacity:130kW /76.8kWh
Diesel Generator Rated Power:100kW
Total Hybrid Output Capacity:230kW /76.8kWh
INQUIRY EMAIL

Containerized Hybrid Diesel Generator Battery Storage System

1. Product Overview

The Containerized Hybrid Diesel Generator Battery Storage System is a high-power, all-in-one distributed power solution, perfectly optimized for heavy-duty industrial power scenarios. Different from conventional small-capacity hybrid power equipment and single diesel generators, this system adopts a matched combination of 100kW high-power diesel generator and 130kW/76.8kWh large-capacity battery energy storage system, achieving a maximum comprehensive output of 230kW.

Developed with mature hybrid power control technology, the equipment integrates power generation, energy storage, power conversion and intelligent micro-grid management in a standard container. It perfectly solves the core pain points of traditional diesel generator sets such as low-load low-efficiency operation, insufficient peak power capacity, slow load response, high fuel consumption and high maintenance costs. Through intelligent peak shaving and load buffering of the BESS system, the diesel generator always operates in the high-efficiency working range, realizing perfect balance between high-power power supply, energy saving and low carbon.

Supporting off-grid independent power supply, grid-connected peak regulation, emergency backup power and new energy complementary grid connection, this containerized hybrid system is adaptable to complex and harsh working conditions. The IP54 integrated container design features convenient transportation, plug-and-play installation and unattended intelligent operation, becoming a reliable high-power power supply choice for industrial sites lacking stable grid power.

2. Product Structure & Composition

The whole system adopts a dual-cabin integrated container structure, with independent energy storage cabin and diesel power generation cabin. The modular and compact layout avoids equipment mutual interference, ensures stable operation of each module, and facilitates daily inspection, maintenance and later capacity expansion.

3. Technical Parameters:

Item	Parameter
Model	GPFCN‑100/130A400
Energy Storage Capacity	130kW /76.8kWh
Diesel Generator Rated Power	100kW
Total Hybrid Output Capacity	230kW /76.8kWh
Rated Output Voltage	400Vac
Rated Output Frequency	50Hz
Output Connection	3‑Phase 4‑Wire
Protection Class	IP54

4. Product Advantages vs Traditional Diesel Generators:

Comparison Item	Traditional Single Diesel Generator	Containerized Hybrid Diesel Generator Battery Storage System
Power Supply Capacity	Fixed single power output, insufficient peak power capacity, unable to adapt to sudden high-load impact	Superior high-power output: 100kW diesel + 130kW BESS hybrid linkage, 230kW maximum output, easily coping with frequent peak load fluctuations of industrial equipment
Fuel Economy	Long-term low-load idling leads to extremely high fuel waste, low overall energy efficiency	30%+ fuel saving: BESS undertakes low-load and peak load, diesel generator only runs in high-efficiency section, effectively avoiding invalid fuel consumption
Equipment Service Life	Frequent start-stop, low-load and overload operation cause serious engine wear and short service life	Long service life: Reduce diesel engine running hours and invalid wear, avoid harsh working conditions, and greatly extend the overall equipment cycle
Power Supply Quality	Slow load response, obvious voltage and frequency fluctuation, many harmonics, unable to supply power for precision equipment	Stable high-quality power: 10ms ultra-fast load response, automatic harmonic suppression and transient interference elimination, stable voltage and frequency
Function Expansion	Single power generation function, only for off-grid standalone power supply, no new energy compatibility	Multi-scenario compatible: Supports off-grid power supply, emergency backup, grid capacity expansion, and seamless grid connection with solar and wind new energy systems
Operation & Maintenance	Long running time, frequent maintenance, high labor and spare parts cost	Low O&M cost: Less diesel operating time, lower failure rate, intelligent unattended monitoring, saving long-term operation expenses

5. Application Scenarios

Industrial Mining Sites: Suitable for remote open-pit mines, underground mines and mineral processing plants with large power consumption, providing stable high-power hybrid power supply and reducing long-distance power grid laying and fuel costs.
Large-scale Engineering Construction: Ideal for highway, railway, bridge and infrastructure construction sites with large fluctuating loads, solving the problem of insufficient power and high fuel consumption of traditional generators.
Remote Off-grid Regions: Perfect power solution for islands, mountainous pastoral areas and border areas without public grid coverage, realizing long-term stable self-sufficient power supply.
Industrial Park Backup Power: Used as emergency standby power for factories, industrial parks and data centers, quickly responding to grid power outages to avoid production and economic losses.
New Energy Micro-grid Projects: Cooperates with photovoltaic and wind power generation equipment to form a wind-solar-diesel-storage complementary micro-grid, solving the instability of new energy power generation and realizing low-carbon power supply.
Grid Capacity Expansion: Makes up for the insufficient capacity of urban and rural public power grids, undertakes peak power consumption pressure, and solves the problem of power shortage in peak electricity consumption periods.