Aggreko Japan Product Lineup

We would like to introduce a case where we provided an advanced comprehensive testing solution that enables digital control and synchronization to colocation service providers based in Asia. The company needed to conduct a Level 5 System Integration Test (IST) as part of the commissioning process to validate the power and cooling infrastructure. Through a digitized load testing solution, we provided detailed test data and reports to corporate clients investigating the resilience of their facilities. This also led to obtaining Tier III certification from the global data center certification body, the Uptime Institute. [Challenges] - There was a need to conduct a Level 5 System Integration Test as part of the commissioning process to validate the power and cooling infrastructure. - There was a possibility that operations within the data center could become congested, leading to a complex and inefficient process. *For more details, please download the PDF or feel free to contact us.*

We would like to introduce a case study that made it possible to conduct performance testing of various scenarios in a hyperscale data center for global enterprises at the Collocation Data Center. In the company's facility, thorough testing and commissioning were essential to ensure that various infrastructures of the data center, such as power and cooling systems, were functioning without issues and to confirm the complete operational capability and fault tolerance of the data center. Aggreko conducted a site survey and determined that a combination of 200kW load devices, LV cables, and connectors was optimal for the customer's data hall. A total of 32 load devices, amounting to 4.8MW, were prepared to simulate the thermal load on the data center's power, cooling, and infrastructure. As a result, it was guaranteed that the system would operate appropriately under various scenarios and meet the stringent industry standards and regulations regarding uptime and energy efficiency. [Case Summary] ■ 200kW Load Devices: 32x ■ LV Cable Length: 11.2km ■ Data Hall Capacity: 4.8MW *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where we provided a compact and powerful mobile generator along with complete technical support to a major construction company in the United States. The company needed to rapidly supply power to high-rise buildings in densely populated urban areas. By avoiding downtime of 6 to 8 weeks, construction was able to start immediately. By providing reliable power similar to grid electricity with a ready-to-go package, they avoided costly delays and significantly reduced costs. [Challenges] - There was a need for adequate electrical capacity. - They had to prepare compact and smart equipment that could operate automatically. - Sufficient power needed to be supplied to a 20-story building. *For more details, please download the PDF or feel free to contact us.*

We would like to introduce a case where Ashcourt Group implemented a modular mobile heater and a 30kVA generator. At the company's construction site, winter weather caused damage to the interiors, leading to delays and difficulties for the workers. To address this, they installed equipment that combined a 125kW heater with ducts connected to a 30kVA generator. To minimize the installation area, it was connected to a 1,000-liter fuel tank. As a result, they were able to overcome the adverse winter weather and adhere to the project schedule. [Challenges] - There were delays in the construction schedule for four student dormitories. - Winter weather caused damage to the interiors. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a successful case of testing a crewed flight solid rocket motor, made possible by the introduction of a specially designed adaptable air cooling system for Orbital ATK. The cooling motor test was a crucial test to prove that the motor could operate at low temperatures, but it was necessary to keep the motor and propellant at 40°F (5°C). Maintaining such low temperatures in the testing facility in Utah, where temperatures exceed 100°F (38°C), was extremely challenging. Our company designed an air cooling system equipped with a chiller unit that has three double-stacked low-temperature air handlers with defrost capabilities. Just before the live test, we removed the equipment from the building and operated a custom air duct system to cool the DM-2 joint until one minute before the rocket launch. [Challenges] - It was necessary to keep the motor and propellant at 40°F (5°C). - An integrated electric defrosting device was required. - It was essential to maintain the air at the appropriate temperature. *For more details, please download the PDF or feel free to contact us.*

We would like to introduce a case where the flow rate returned to winter levels at an ammonia plant in the southeastern United States, resulting in an improvement in ammonia production to 38 tons per day. The company attempted to restore the flow rate by cooling the air entering the compressor, but the reliability of the cooling system was poor, and it could not maintain the necessary air flow rate. As a solution, a two-stage system was devised to cool the outside air, and an air conditioning unit was designed to cool the outside air within the filter housing. The two-stage system increased the air flow rate to winter levels, approximately 48,000-50,000 pounds per hour, even when the temperature rose, achieving an air flow rate of about 5,550-7,500 pounds per hour. [Challenges] - The density of outside air in summer is low, leading to a decrease in flow rate and a reduction in ammonia production. - The reliability of the cooling system was poor, and it could not maintain the necessary air flow rate. *For more details, please download the PDF or feel free to contact us.*

We would like to introduce a case where a system designed with a focus on improving the performance of cooling water and continuous availability was implemented at a data center in the United States. A major data center handling millions of retail transactions had to upgrade its cooling system during the shopping season, necessitating a temporary temperature control system. Our engineers teamed up with cooling tower specialists to design a 1,600-ton temporary cooling system to meet the customer's needs and increased load. During a two-week period, our temporary cooling system maintained the appropriate temperature for the data center. [Case Summary] ■ Challenge: Continue operating the data center in optimal condition during peak shopping season ■ Solution: Chillers and cooling towers designed for maximum availability ■ Result: Facility upgrade, zero downtime, numerous satisfied customers *For more details, please download the PDF or feel free to contact us.

Aggreko is a global leader in providing power supply and temperature control solutions worldwide. In Japan, we rapidly constructed a 200MW temporary power plant after the Great East Japan Earthquake and were responsible for power supply during the Tokyo 2020 Olympics. We provide reliable power and temperature management where and when needed. We cater to a wide range of sectors including events, petrochemicals, power generation, data centers, and manufacturing, with flexible contracts available from short-term to long-term. We maximize efficiency with the latest technology and live monitoring, promoting sustainability with fuel-flexible generators and environmentally friendly options. With no CAPEX required and 24/7 support, we continue to support Japan's industry and society.

Aggreko's next-generation gas generator is a mobile power solution that supports multiple gas fuels, including natural gas, LPG, and oil-related gases. It achieves a high output of 1560 kW (50Hz) in a modular container of approximately 6.1m, contributing to a reduction in power generation costs with an excellent fuel efficiency of 42%.

Aggreko's next-generation gas generator is a mobile, modular power solution that supports multiple gas fuels, including natural gas, LPG, and oil-related gases. Equipped with a high-efficiency gas engine, it achieves excellent performance with an electrical efficiency of 42%, balancing reduced power generation costs with stable electricity supply. Despite its compact container design of approximately 6.1m, it delivers high output and allows for quick installation and flexible expansion or reduction. It is ideal for areas with underdeveloped grid power, as a bridge power source until transmission begins, and for long-term baseload applications. With a clean design that considers exhaust gas regulations and a 24/7 turnkey service, it reliably provides power where needed.

Cooling gasoline at refineries in extreme heat conditions is a critical issue that affects productivity and quality. This solution provides high cooling performance in a short period, even under constraints such as aging existing cooling equipment and limited installation time. By proposing optimal rental equipment centered around air-cooled chillers, it stabilizes gasoline temperatures and maintains flexibility in the refining process and production levels. It minimizes summer-specific risks without requiring equipment updates. As a short-lead-time, highly reliable cooling solution, it delivers solid results even under harsh operating conditions.

The rise in wastewater temperature at refineries during high summer temperatures is a significant issue that can lead to environmental regulation violations and operational shutdown risks. This solution is a rental cooling system designed to reliably manage wastewater temperature even under constraints such as limited site conditions and short delivery times. Through a customized design that combines portable cooling towers and heat exchangers, it maintains the inflow temperature to the wastewater treatment facility consistently below 40°C. It ensures a reliable response to environmental regulations and the continuation of production activities with rapid implementation without the need for equipment upgrades.