Containerized Gas Power Plant Solution
In the current market environment of energy structure transformation and rapid growth in demand for distributed energy, Zino Power has launched the BF-iCabinet series 1MW containerized gas-fired power plant solution based on the modular design concept. This solution uses standardized containers as a carrier, integrating "multi-unit integrated" parallel technology and an intelligent distributed control system. It supports multiple fuel types such as natural gas, biogas, and industrial waste gas, and features rapid deployment, flexible expansion, and high reliability. It is suitable for various scenarios including industrial and commercial distributed energy supply, power security in remote areas, and renewable energy utilization.
All scenarios
High energy efficiency
Low energy consumption
Integration
Standard unit
1MW containerized gas generator set
Zino Power's 1MW gas-fired containerized generator set adopts an integrated design. A single standard container can be equipped with three 350kW gas generator sets operating in parallel, achieving a continuous power output of 1000kW (primary power) and a standby power of up to 1100kW. The factory-prefabricated production model ensures that the equipment undergoes comprehensive commissioning before leaving the factory; on-site operation only requires connecting fuel lines, air intake and exhaust ducts, and power output interfaces.
System Model
Matrix gas power plant
The 1MW containerized gas generator set comes standard with gensets that support flexible parallel expansion, allowing for the construction of different installed capacities to meet electricity demand.Through multi-compartment parallel technology, gas-fired power plant systems ranging from 1MW to 120MW can be quickly constructed to meet the tiered power demand from small commercial buildings to large industrial parks.
Flexible configuration options from 1MW to 120MW
Installed Capacity Model | 1MW | 2MW | 4MW | 8MW | 12MW | 20MW | 40MW | 80MW | 120MW |
|---|---|---|---|---|---|---|---|---|---|
| 1MW modular cabin | 1 | 2 | 4 | 8 | 12 | - | - | - | - |
| 2MW containerized | - | 1 | 2 | 4 | 6 | 10 | 20 | 35 | 60 |
| 4 MW open-type | - | - | - | - | - | 5 | 10 | 20 | 30 |
Core technology features
01
Modular integrated design
Customizable shipping containers serve as the carrier, integrating gas engines, generators, radiators, electrical control cabinets, outgoing line cabinets, and fuel handling systems. The equipment is pre-installed and tested before leaving the factory, enabling "plug-and-play" deployment and significantly shortening the on-site installation cycle.
02
Multi integrated parallel technology
● Operating 2-3 generator sets in parallel within a single cabin offers multiple advantages:
● Dynamically start and stop individual generating units based on load demand to ensure the power plant always operates within the economic efficiency range.
● Avoid prolonged low-load operation of a single unit and extend equipment lifespan.
● Maintenance of a single unit does not affect the operation of other units, achieving "N+1" redundancy backup.
● Reduce fuel consumption and maintenance costs, and improve the overall economic efficiency of the system.
03
Intelligent Distributed Control System (DECU)
Equipped with the web-based IntelliVision intelligent monitoring platform, it supports:
● Seamless switching between local control and remote monitoring
● Automatically adapts to load changes and intelligently adjusts unit start-up and shutdown.
● Real-time monitoring of key parameters such as engine speed, power, voltage, and current.
● Fault warning and diagnosis functions reduce the risk of unplanned downtime.
04
Multi-fuel adaptability
The genset can be adapted to various gaseous fuels:
● Natural gas: suitable for combined heat and power (CHP) in urban commercial and industrial parks.
● Biogas: Suitable for sewage treatment plants, livestock farms, and landfills, enabling the energy utilization of waste.
● Industrial exhaust gas: Suitable for industries such as metallurgy and chemical engineering, recycling industrial waste gas for power generation.
● Coalbed methane/associated gas: Suitable for coal mines and oil and gas fields, enabling on-site resource conversion.
System Configuration
Electrical cabinet
Standard container
Auxiliary machine
Generator set
Pipe
Core advantages
High cost performance
Cost reduction of 60%
Ultra-low maintenance
Reduce spare parts costs and shorten downtime
Simplify maintenance
Flexible selection
A wide selection of engine brands
Customizing different functional combinations for containers
Strong adaptability
Designed for harsh weather and stringent noise reduction standards, tested at 50°C.
High integration
Modular design and integration allow for rapid installation and operation.
Application scenarios
Technological advantages and service guarantees
Environmental adaptability
The enclosure is designed with specific protection features, enabling it to operate reliably in harsh environments with temperatures up to 50°C, and adapting to complex industrial environments such as high altitude, high humidity, and high dust levels.
Economy and ease of operation and maintenance
It uses engines from established brands such as Yuchai, has a well-developed spare parts supply system, and its maintenance costs are controllable.
The modular design allows for independent maintenance of individual units without affecting the overall system operation.
Simplify operation and maintenance processes and reduce the professional requirements for on-site technical personnel.
Full lifecycle support
Zino Power provides a full range of services covering project consulting, solution design, equipment integration, installation, commissioning, and operation and maintenance support. Leveraging over 30 years of experience in engine and generator set applications, and a global service network, we ensure full-cycle technical support from design to commissioning.
Zino Power's 1MW containerized gas-fired power plant, as the core unit of modular distributed energy, provides users with an energy solution that combines economic efficiency, reliability, and environmental value through standardized design and flexible expansion capabilities. Whether utilizing conventional natural gas for combined heat and power (CHP) or processing unconventional gas resources such as biogas and industrial waste gas, this solution helps users achieve the dual goals of optimizing energy costs and reducing carbon emissions.
For detailed technical specifications or customized project solutions, please feel free to communicate with our technical team.
ZINO POWER
Zino Power is a wholly-owned subsidiary of BFMP Group. As a professional service provider specializing in power and energy solutions, the company is committed to delivering full-chain customized power services to industrial and mining enterprises worldwide.
Mob/Wechat/WhatsApp: +86 13180143068
Email: info@zinopower.com
Address: No. 36, Jintian Park Road, Chaoyang District, Beijing
Solutions
Application Scenarios