Case Studies
1. IDC Project (Internet Data Center)
Delivered: Jan 2020,
QTY: 4 units,
Capacity: 6.4MW,
Engine: Cummins,
Alternator: Leroy Somer
1. IDC Project (Internet Data Center)
Delivered: Jan 2020,
QTY: 4 units,
Capacity: 6.4MW,
Engine: Cummins,
Alternator: Leroy Somer
This project involved the deployment of four high-capacity diesel generator sets, each powered by Cummins engines and equipped with Leroy Somer alternators, to support a mission-critical Internet Data Center (IDC). Delivered in January 2020, the combined capacity of 6.4 MW ensures reliable backup power and uninterrupted operation for the facility’s IT infrastructure, safeguarding data and maintaining business continuity in the event of a utility power failure.
This project involved the deployment of four high-capacity diesel generator sets, each powered by Cummins engines and equipped with Leroy Somer alternators, to support a mission-critical Internet Data Center (IDC). Delivered in January 2020, the combined capacity of 6.4 MW ensures reliable backup power and uninterrupted operation for the facility’s IT infrastructure, safeguarding data and maintaining business continuity in the event of a utility power failure.
2. Intelligent Micro-Grid & Energy Storage System
Engine: Kubota
Alternator: GFS
* Fringe of Grid Utility Installations
* Power Utilities opting for the alternative
* Systems between 8-20kWh Lithium Batteries
* Systems between 8-20 kW Solar PV ground mounted
* Fully remote monitored and maintained
This Intelligent Micro-Grid and Energy Storage System was designed for fringe grid utility installations and alternative power solutions. Utilizing Kubota engines paired with GFS alternators, the system integrates cutting-edge energy storage and solar technologies to provide reliable, sustainable power in remote or off-grid locations. The setup includes lithium battery systems ranging from 8-20 kWh, complemented by 8-20 kW of ground-mounted solar photovoltaic (PV) panels. Fully remote monitored and maintained, this solution enables power utilities to reduce reliance on traditional grid infrastructure while optimizing energy use, ensuring continuous power supply with minimal operational intervention.
Alternator: GFS
* Fringe of Grid Utility Installations
* Power Utilities opting for the alternative
* Systems between 8-20kWh Lithium Batteries
* Systems between 8-20 kW Solar PV ground mounted
* Fully remote monitored and maintained
This Intelligent Micro-Grid and Energy Storage System was designed for fringe grid utility installations and alternative power solutions. Utilizing Kubota engines paired with GFS alternators, the system integrates cutting-edge energy storage and solar technologies to provide reliable, sustainable power in remote or off-grid locations. The setup includes lithium battery systems ranging from 8-20 kWh, complemented by 8-20 kW of ground-mounted solar photovoltaic (PV) panels. Fully remote monitored and maintained, this solution enables power utilities to reduce reliance on traditional grid infrastructure while optimizing energy use, ensuring continuous power supply with minimal operational intervention.
3. Intelligent Micro-Grid & Energy Storage System
Engine: Volvo
Alternator: Stamford
Tourism Islands (27 Islands)
* 4970kWh Battery Storage
* 4600kW Solar PV
* 6000kW Diesel Genset
* Real-time monitoring and control
This Intelligent Micro-Grid and Energy Storage System was implemented across 27 tourism islands to provide sustainable and reliable power. The system features a substantial 4,970 kWh battery storage capacity and 4,600 kW of solar photovoltaic (PV) power generation. Complementing these renewable energy sources, a 6,000 kW diesel genset powered by a Volvo engine and coupled with a Stamford alternator ensures grid stability and backup power during peak demand or adverse weather conditions. The entire system is equipped with real-time monitoring and control capabilities, allowing for efficient management, performance optimization, and continuous operation of the energy grid across the islands, minimizing downtime and enhancing the sustainability of the tourism infrastructure.
Alternator: Stamford
Tourism Islands (27 Islands)
* 4970kWh Battery Storage
* 4600kW Solar PV
* 6000kW Diesel Genset
* Real-time monitoring and control
This Intelligent Micro-Grid and Energy Storage System was implemented across 27 tourism islands to provide sustainable and reliable power. The system features a substantial 4,970 kWh battery storage capacity and 4,600 kW of solar photovoltaic (PV) power generation. Complementing these renewable energy sources, a 6,000 kW diesel genset powered by a Volvo engine and coupled with a Stamford alternator ensures grid stability and backup power during peak demand or adverse weather conditions. The entire system is equipped with real-time monitoring and control capabilities, allowing for efficient management, performance optimization, and continuous operation of the energy grid across the islands, minimizing downtime and enhancing the sustainability of the tourism infrastructure.
4. Intelligent Micro-Grid & Energy Storage System
Engine: Yuchai
Alternator: Marathon
Island
off-grid 100kW (parallel)
power station
(more than 70 sets application)
This Intelligent Micro-Grid and Energy Storage System was deployed for an off-grid island power station, with more than 70 units of 100 kW parallel diesel gensets. Each genset, powered by Yuchai engines and equipped with Marathon alternators, contributes to the island's self-sustaining power grid. The system's design ensures reliable energy generation in remote locations, where access to the main power grid is unavailable. The parallel configuration of these diesel gensets enhances system flexibility, allowing for scalable power output based on real-time demand, while providing a robust backup power solution. This setup enables the island to maintain continuous energy supply, supporting both residential and commercial needs, even under varying load conditions.
Alternator: Marathon
Island
off-grid 100kW (parallel)
power station
(more than 70 sets application)
This Intelligent Micro-Grid and Energy Storage System was deployed for an off-grid island power station, with more than 70 units of 100 kW parallel diesel gensets. Each genset, powered by Yuchai engines and equipped with Marathon alternators, contributes to the island's self-sustaining power grid. The system's design ensures reliable energy generation in remote locations, where access to the main power grid is unavailable. The parallel configuration of these diesel gensets enhances system flexibility, allowing for scalable power output based on real-time demand, while providing a robust backup power solution. This setup enables the island to maintain continuous energy supply, supporting both residential and commercial needs, even under varying load conditions.
5. Hospital & Shopping Mall
Engine: Perkins
Alternator: Marathon
Hospital, Xiamen City
4x800kW Genset w/ Auto. Synchronizing System
Delivered: October 2017, Running in normal
This power system was installed for a hospital and shopping mall in Xiamen City, consisting of four 800 kW diesel generator sets, each powered by Perkins engines and fitted with Marathon alternators. Delivered in October 2017, the system is equipped with an automatic synchronizing system, allowing for seamless integration and operation of the gensets. The gensets ensure reliable backup power for critical hospital operations and the commercial activities of the shopping mall, providing uninterrupted service even during power outages. With normal operation since installation, this setup ensures continuous electricity supply, enhancing the safety and convenience for both healthcare and retail services.
Alternator: Marathon
Hospital, Xiamen City
4x800kW Genset w/ Auto. Synchronizing System
Delivered: October 2017, Running in normal
This power system was installed for a hospital and shopping mall in Xiamen City, consisting of four 800 kW diesel generator sets, each powered by Perkins engines and fitted with Marathon alternators. Delivered in October 2017, the system is equipped with an automatic synchronizing system, allowing for seamless integration and operation of the gensets. The gensets ensure reliable backup power for critical hospital operations and the commercial activities of the shopping mall, providing uninterrupted service even during power outages. With normal operation since installation, this setup ensures continuous electricity supply, enhancing the safety and convenience for both healthcare and retail services.
6. Hospital & Shopping Mall
Engine: Yuchai
Alternator: GFS
Shopping Mall, Wuhan City
2x1600kW Genset w/ Auto. Synchronizing System
Delivered: October 2019, Running in normal
This diesel power system was installed for a hospital and shopping mall in Wuhan City, comprising two 1,600 kW diesel generator sets, each powered by Yuchai engines and equipped with GFS alternators. Delivered in October 2019, the gensets are integrated with an automatic synchronizing system, enabling smooth parallel operation and ensuring consistent power delivery. The system is designed to provide reliable backup power to critical hospital functions and commercial operations within the shopping mall, guaranteeing continuous energy supply during grid outages. The gensets have been running normally since installation, offering stable and uninterrupted service for both healthcare and retail sectors.
Alternator: GFS
Shopping Mall, Wuhan City
2x1600kW Genset w/ Auto. Synchronizing System
Delivered: October 2019, Running in normal
This diesel power system was installed for a hospital and shopping mall in Wuhan City, comprising two 1,600 kW diesel generator sets, each powered by Yuchai engines and equipped with GFS alternators. Delivered in October 2019, the gensets are integrated with an automatic synchronizing system, enabling smooth parallel operation and ensuring consistent power delivery. The system is designed to provide reliable backup power to critical hospital functions and commercial operations within the shopping mall, guaranteeing continuous energy supply during grid outages. The gensets have been running normally since installation, offering stable and uninterrupted service for both healthcare and retail sectors.
7. Industry & Minning
Industry,
Engine: Mitsubishi,
Alternator: Leroy Somer,
4MW Power supply for factory production & Living area,
Put into operation: May 2019, Running in normal
7. Industry & Minning
Industry,
Engine: Mitsubishi,
Alternator: Leroy Somer,
4MW Power supply for factory production & Living area,
Put into operation: May 2019, Running in normal
This diesel power system was implemented for an industrial and mining facility, providing a 4 MW power supply for both factory production and the associated living area. The system utilizes Mitsubishi engines and Leroy Somer alternators to ensure reliable and efficient energy generation. Put into operation in May 2019, the genset has been running normally, supporting the continuous operation of manufacturing processes and providing power for the facility's residential needs. This setup is designed to ensure minimal downtime and maintain productivity in critical industrial operations, even in remote or off-grid locations.
This diesel power system was implemented for an industrial and mining facility, providing a 4 MW power supply for both factory production and the associated living area. The system utilizes Mitsubishi engines and Leroy Somer alternators to ensure reliable and efficient energy generation. Put into operation in May 2019, the genset has been running normally, supporting the continuous operation of manufacturing processes and providing power for the facility's residential needs. This setup is designed to ensure minimal downtime and maintain productivity in critical industrial operations, even in remote or off-grid locations.
8. Industry & Minning
Engine: Yuchai
Alternator: GFS
Mining
4x1.6MW Genset w/ Auto. Synchronizing System
Put into operation: April 2019, Running in normal
This power system was deployed for a mining operation, consisting of four 1.6 MW diesel generator sets, each powered by Yuchai engines and equipped with GFS alternators. The gensets are integrated with an automatic synchronizing system, ensuring seamless parallel operation and reliable power delivery. Put into operation in April 2019, the system provides a stable and continuous power supply for the mining facility, supporting both industrial processes and essential operations. With normal operation since installation, the gensets ensure uninterrupted performance, even in challenging remote environments, optimizing the efficiency and productivity of mining activities.
Alternator: GFS
Mining
4x1.6MW Genset w/ Auto. Synchronizing System
Put into operation: April 2019, Running in normal
This power system was deployed for a mining operation, consisting of four 1.6 MW diesel generator sets, each powered by Yuchai engines and equipped with GFS alternators. The gensets are integrated with an automatic synchronizing system, ensuring seamless parallel operation and reliable power delivery. Put into operation in April 2019, the system provides a stable and continuous power supply for the mining facility, supporting both industrial processes and essential operations. With normal operation since installation, the gensets ensure uninterrupted performance, even in challenging remote environments, optimizing the efficiency and productivity of mining activities.
9. Harbour & Airport
Airport, Xiamen City
Delivered: April 2017
QTY: 7 Units
1800kW/1600kW/1500kW/1000kW
Engine: MTU
Alternator: Marathon
This power solution was deployed at Xiamen City Airport, consisting of seven diesel generator sets with varying power ratings of 1800 kW, 1600 kW, 1500 kW, and 1000 kW. Powered by MTU engines and equipped with Marathon alternators, these gensets ensure a reliable and continuous power supply for airport operations, including passenger services, terminal facilities, and critical infrastructure. Delivered in April 2017, the system is designed for high performance and flexibility, with units tailored to different load requirements across the airport complex. The system guarantees seamless operation and backup power during grid failures, contributing to the smooth running of the airport's daily activities.
Delivered: April 2017
QTY: 7 Units
1800kW/1600kW/1500kW/1000kW
Engine: MTU
Alternator: Marathon
This power solution was deployed at Xiamen City Airport, consisting of seven diesel generator sets with varying power ratings of 1800 kW, 1600 kW, 1500 kW, and 1000 kW. Powered by MTU engines and equipped with Marathon alternators, these gensets ensure a reliable and continuous power supply for airport operations, including passenger services, terminal facilities, and critical infrastructure. Delivered in April 2017, the system is designed for high performance and flexibility, with units tailored to different load requirements across the airport complex. The system guarantees seamless operation and backup power during grid failures, contributing to the smooth running of the airport's daily activities.
10. Harbor & Airport
Harbor, Dalian City
Delivered: July 2016
QTY: 6 Units
Capacity: 9.6 MW
Engine: Mitsubishi
Alternator: Marathon
This diesel power system was installed at Dalian City Harbor, consisting of six units with a total capacity of 9.6 MW. Each genset is powered by Mitsubishi engines and equipped with Marathon alternators, ensuring robust and reliable power generation to support harbor operations. Delivered in July 2016, the system provides essential backup power for port facilities, logistics operations, and critical infrastructure. The gensets ensure continuous and stable energy supply, even during grid outages, helping to maintain smooth operations at the harbor, which is vital for both shipping activities and regional trade.
Delivered: July 2016
QTY: 6 Units
Capacity: 9.6 MW
Engine: Mitsubishi
Alternator: Marathon
This diesel power system was installed at Dalian City Harbor, consisting of six units with a total capacity of 9.6 MW. Each genset is powered by Mitsubishi engines and equipped with Marathon alternators, ensuring robust and reliable power generation to support harbor operations. Delivered in July 2016, the system provides essential backup power for port facilities, logistics operations, and critical infrastructure. The gensets ensure continuous and stable energy supply, even during grid outages, helping to maintain smooth operations at the harbor, which is vital for both shipping activities and regional trade.
11. Electricity & Power Plant
Delivered: December 2015,
QTY: 4 Units,
Capacity: 8 MW,
Engine: Fawde,
Alternator: GFS
11. Electricity & Power Plant
Delivered: December 2015,
QTY: 4 Units,
Capacity: 8 MW,
Engine: Fawde,
Alternator: GFS
This diesel power system, delivered in December 2015, comprises four generator sets with a total capacity of 8 MW. Each genset is powered by Fawde engines and coupled with GFS alternators, ensuring reliable and efficient energy production. The system was designed to provide a stable electricity supply for industrial or commercial applications, with high reliability and performance. The gensets are capable of supporting continuous operations and providing backup power during grid failures, making them an essential component for maintaining energy security in critical infrastructure or areas with unreliable power networks.
This diesel power system, delivered in December 2015, comprises four generator sets with a total capacity of 8 MW. Each genset is powered by Fawde engines and coupled with GFS alternators, ensuring reliable and efficient energy production. The system was designed to provide a stable electricity supply for industrial or commercial applications, with high reliability and performance. The gensets are capable of supporting continuous operations and providing backup power during grid failures, making them an essential component for maintaining energy security in critical infrastructure or areas with unreliable power networks.
12. Distributed Power Plant
Engine: Yuchai,
Alternator: GFS,
Delivered: October 2016,
QTY: 9 Units,
Capacity: 18 MW
12. Distributed Power Plant
Engine: Yuchai,
Alternator: GFS,
Delivered: October 2016,
QTY: 9 Units,
Capacity: 18 MW
This distributed power plant, delivered in October 2016, consists of nine diesel generator sets with a total installed capacity of 18 MW. Each unit is powered by Yuchai engines and equipped with GFS alternators, ensuring efficient power generation and reliable operation. The system was designed to provide decentralized power for a variety of industrial, commercial, or community applications, optimizing energy distribution and minimizing transmission losses. With a robust setup and high capacity, the plant is capable of meeting both peak demand and providing backup power, enhancing the overall energy security and reliability of the region.
This distributed power plant, delivered in October 2016, consists of nine diesel generator sets with a total installed capacity of 18 MW. Each unit is powered by Yuchai engines and equipped with GFS alternators, ensuring efficient power generation and reliable operation. The system was designed to provide decentralized power for a variety of industrial, commercial, or community applications, optimizing energy distribution and minimizing transmission losses. With a robust setup and high capacity, the plant is capable of meeting both peak demand and providing backup power, enhancing the overall energy security and reliability of the region.
13. National Aid Project
Iraq
Delivered: March 2018
QTY: 266 Units
Capacity: 16 MW
Engine: Cummins
Alternator: Stamford
As part of a national aid project in Iraq, this power solution consists of 266 diesel generator sets, providing a total capacity of 16 MW. Each unit is powered by Cummins engines and coupled with Stamford alternators to ensure high reliability and performance. Delivered in March 2018, the gensets were designed to support critical infrastructure and community needs, offering stable electricity supply in areas with unreliable or insufficient grid access. These generators play a crucial role in enhancing energy security and facilitating recovery efforts in post-conflict regions, ensuring continuous power for both humanitarian and development initiatives.
Delivered: March 2018
QTY: 266 Units
Capacity: 16 MW
Engine: Cummins
Alternator: Stamford
As part of a national aid project in Iraq, this power solution consists of 266 diesel generator sets, providing a total capacity of 16 MW. Each unit is powered by Cummins engines and coupled with Stamford alternators to ensure high reliability and performance. Delivered in March 2018, the gensets were designed to support critical infrastructure and community needs, offering stable electricity supply in areas with unreliable or insufficient grid access. These generators play a crucial role in enhancing energy security and facilitating recovery efforts in post-conflict regions, ensuring continuous power for both humanitarian and development initiatives.
14. Intelligent Telecom Base
Telecom project in Africa
1000+ Units D.C Genset
Put into operation: started from 2014 to 2019, Running in normal
Engine: Kubota
Alternator: GFS
This telecom project in Africa involved the deployment of over 1,000 DC gensets, each powered by Kubota engines and equipped with GFS alternators, to provide reliable power for telecom base stations across the region. The gensets were put into operation progressively from 2014 to 2019 and have been running smoothly since installation. Designed for remote and off-grid locations, these gensets ensure consistent and efficient power supply to support critical telecom infrastructure, enabling uninterrupted communication services even in areas with unreliable or no access to the main power grid. This solution has played a vital role in expanding telecom coverage and improving connectivity across large parts of Africa.
1000+ Units D.C Genset
Put into operation: started from 2014 to 2019, Running in normal
Engine: Kubota
Alternator: GFS
This telecom project in Africa involved the deployment of over 1,000 DC gensets, each powered by Kubota engines and equipped with GFS alternators, to provide reliable power for telecom base stations across the region. The gensets were put into operation progressively from 2014 to 2019 and have been running smoothly since installation. Designed for remote and off-grid locations, these gensets ensure consistent and efficient power supply to support critical telecom infrastructure, enabling uninterrupted communication services even in areas with unreliable or no access to the main power grid. This solution has played a vital role in expanding telecom coverage and improving connectivity across large parts of Africa.
15. Intelligent Telecom Base
Engine: Kubota,
Alternator: Leroy Somer,
China Tower, China Mobile, China Unicom, Telecom base projects,
1000+ Units Customized Diesel Genset,
Put into operation: Started from 2015 to 2020, Running in normal
15. Intelligent Telecom Base
Engine: Kubota,
Alternator: Leroy Somer,
China Tower, China Mobile, China Unicom, Telecom base projects,
1000+ Units Customized Diesel Genset,
Put into operation: Started from 2015 to 2020, Running in normal
This intelligent telecom base project involved the deployment of over 1,000 customized diesel generator sets for major telecom operators, including China Tower, China Mobile, and China Unicom. Powered by Kubota engines and coupled with Leroy Somer alternators, the gensets were specifically designed to meet the power demands of telecom base stations across China. Installed progressively between 2015 and 2020, the gensets have been running reliably, ensuring continuous and stable power for critical telecom infrastructure. These gensets provide a crucial backup power solution for remote or off-grid base stations, ensuring uninterrupted mobile and communication services even in areas with unreliable grid access. This project plays an essential role in maintaining the country's telecom connectivity and supporting its expanding network.
This intelligent telecom base project involved the deployment of over 1,000 customized diesel generator sets for major telecom operators, including China Tower, China Mobile, and China Unicom. Powered by Kubota engines and coupled with Leroy Somer alternators, the gensets were specifically designed to meet the power demands of telecom base stations across China. Installed progressively between 2015 and 2020, the gensets have been running reliably, ensuring continuous and stable power for critical telecom infrastructure. These gensets provide a crucial backup power solution for remote or off-grid base stations, ensuring uninterrupted mobile and communication services even in areas with unreliable grid access. This project plays an essential role in maintaining the country's telecom connectivity and supporting its expanding network.