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The data center is located on the right bank of the Three Gorges Dam — one of the world’s largest hydropower stations. Once all three phases of the project are completed, the data center will house 26,400 racks, spanning over 100,000 square meters — becoming the largest green data center cluster in central China.

The facility was built in partnership with Huawei Digital Power. The company provided 160 modular equipment rooms, 38 PowerPODs, 320 SmartLi battery energy storage devices, 160 high-temperature fan walls, one iCooling@AI cooling system, and one ‘AI-Robot’ for inspection uses.

The entire power consumption of this first phase, amounting to over 200 million kWh electricity per year, will be supplied using clean hydropower generated by the Three Gorges Dam. The project is naturally cooled by water from the river to significantly reduce energy consumption and boost energy efficiency.

The Dongyuemiao Data Center is built in accordance with the national class-A equipment room standards. It utilizes industry-leading technologies along with proprietary, secure, and controllable products, to become the first large-scale, green, zero-carbon data center in China.

The Dongyuemiao Data Center is a key digital transformation project for the Three Gorges Group and part of its 14th Five-Year Plan, which prioritizes green, digital development.

Source: PRNewswire

In our pursuit towards sustainability, GreenBay was recently awarded the highest Diamond tier of the GCI Certified Green Computing Vendor (CGCV).

The Green Computing Initiative (GCI) has been the leading green computing accreditation and certification organization that certifies and endorses organizations and professionals in Green Computing technologies since 2008. GCI certification is the standard of excellence that the industry seeks in order to ensure efficient and effective sustainable computing practices.

In our pursuit towards sustainability, GreenBay was recently awarded the highest Diamond tier of the GCI Certified Green Computing Vendor (CGCV).

The Green Computing Initiative (GCI) has been the leading green computing accreditation and certification organization that certifies and endorses organizations and professionals in Green Computing technologies since 2008. GCI certification is the standard of excellence that the industry seeks in order to ensure efficient and effective sustainable computing practices.

The CGCV certification
As an implementiation vendor for green data centers, this certification verifies GreenBay conforms to the prescribed standards and quality of work. There are 5 certification tiers namely Diamond, Pearl, Ruby, Sapphire and Emerald. Diamond is the highest tier whilst Emerald is the lowest tier.

Why is it important to engage a GCI Certified Green Computing Vendor (CGCV)?
High demand for data storage management, growing energy cost, and massive electricity consumption have been the catalysts for the increasing demand of green data centers. A green data center offers identical features and abilities of a traditional data center but uses a lower amount of energy and space. Therefore, green data centers are regarded as eco-friendlier and a must for organisations who prioritise sustainability.

GCI provides the industry’s benchmark in recognizing and rewarding best practice in facility energy efficiency and carbon footprint management. GCI’s Certified Green Computing Facility (CGCF) certification provides verifiable evidence that an organization is not only claiming it follows green computing facility best practices but that it has ACTUALLY implemented them.

By engaging a GCI Certified Green Computing Vendor (CGCV), you are assured of a best in its class green data center which maximises energy efficiency.

In addition, engaging a Certified Implementation Vendor, such as GreenBay, ensures that every aspect of a data center project can successfully ace intensive auditing by GCI to obtain it’s green data center facility certification.

A CGCF certified data center stands to enjoy major cost savings through energy efficiency and is prepared for eventual carbon legislation. It is also an acknowledgement of an organizations’s environmental sustainability efforts.

Xi’an, located in Northwest China, is one of the most historical cities in the world, serving as the capital for much of ancient China. Home to the famous Terracotta Army, the city receives hundred of millions of tourists every year.

Droves of tourists bring massive torrents of data. According to third-party database company Statista, 2021 saw a 79 Zettabyte (ZB) increase in data volume, the equivalent of approximately 79 billion Terabytes (TB). Such dramatic increases in data volumes put heavy strains on operators, and those in Xi’an are no exception to this trend.

In order to deal with an influx in mobile data, China Mobile set an ambitious goal to build its new and green Xixian Data Center (Shaanxi) in Xi’an. In collaboration with long-term partner Huawei, they decided on a solution that involved combining a prefabricated modular data center with indirect evaporative cooling technology to achieve a quick service rollout while prioritizing green and low-carbon results.

The data center was divided into 232 modules with the equipment all prefabricated and preinstalled in the factory. Then, after completing onsite preparation, LEGO-like construction was performed. This allowed engineers to complete the entire service rollout in just six months, with construction waste and dust slashed by 80%, and a material recovery rate exceeding 80%.

Huawei’s indirect evaporative cooling technology, however, capitalizes on Xi’an’s climate, drawing air from the surroundings to cool the facilities. Powered by Artificial Intelligence (AI) technology, the air compressor is only needed for two months of the year, with the facility relying on natural cooling for the other 10 months, reducing the cooling system’s energy consumption by more than 50%. As such, over a 10-year cycle, nearly 60 million kWh of electricity is saved, alongside 400,000 tonnes of water, which translates into slashing carbon emissions by 27,000 tonnes, the equivalent of planting 37,000 trees.

Huawei recently delivered a prefabricated modular data center for Safaricom as the telco begins to ramp up operations and launch a mobile network service in Ethiopia.

Source: PRNewswire

In a digital age, businesses increasingly rely on data centers to deliver high-availability environments that support their mission-critical workload.

With financial institutions, every minute of downtime can impact revenue, productivity, customer satisfaction and reputation. The cost of an hour of downtime can range from $1 million to more than $5 million, excluding legal fees, fines and penalties. This number can climb to millions per minute if the outage interrupts a major business transaction or occurs during peak business hours.

Given the potential of a severe financial burden, financial institutions need a data center that can deliver the reliability that matches their uptime requirements.

How do you measure data center reliability?

Uptime Institute’s Tier Standard is the globally recognized standard for data center reliability and overall performance. Founded in 1993, the Uptime Institute has been dedicated to the exploration and study of data center infrastructure.

In 2005, the Uptime Institute designed the data center Tier Classification System which offers a consistent and objective international standard for data center performance. The capabilities of a data center escalate as you graduate from Tier I, which offers the least reliability, to Tier IV, with the most.

The Tier Classification System

Each tier includes the requirements of the previous level as you move up the tier ladder.

As the most basic level, a Tier I data center extends no guarantee of redundancy for any critical systems. At a minimum, the Uptime Institute requires it to offer a UPS; a designated space for IT systems; dedicated cooling equipment that runs outside of office hours; and an engine generator.

Tier II data centers build on the requirements of Tier I to include some redundant components. While this partial redundancy improves reliability to 99.741% uptime yearly, these facilities still utilize a single distribution path for power and cooling and are still susceptible to unexpected interruptions.

The architecture of a Tier III data center offers the capacity to support the full IT load and also offers an additional component for backup purposes, so performance is not impacted if a single component fails. The level of redundancy here offers concurrent maintainability, meaning that each critical component or distribution path can be shut down for planned maintenance without affecting the IT environment. However, Tier III data centers can conduct routine maintenance without impacting service, but are still at risk of downtime during unscheduled events.

Tier IV data centers are the most sophisticated tier certified by the Uptime Institute. Offering a completely independent architecture that duplicates every critical component of the primary architecture and provides multiple distribution paths, this fault-tolerant design provides twice the capacity required to operate at full IT load. This tier is generally populated by government organizations and large global enterprises with mission-critical servers and intense customer or business demands.

For industries with mission-critical workloads such as the financial sector, data centers must be reliable and that operations are not derailed due to system failure or natural disaster. The Tier Classification System provides a guide on the data center tier level that can best balance your risk tolerance and budget.

The financial sector is dealing with an increasing volume of data to be managed – data which must be stored securely and data which must move fast. Here’s a look at the many ways that the financial sector rely upon data centers.

Electronic trading drives demand

The shift to electronic trading has been a significant factor in the financial sector’s use of data centers. It has increased access to financial market data, allowing anyone with an internet connection to get involved in stock trading. Trading happens all over the world, and data centers must handle the demand and perform consistently.

Big data processing and analytics

The popularity and use of Big Data increases every year, which ultimately improves understanding of clients’ needs, their experience and behaviour models. According to the research conducted by IDC research, the banking sector invests the most money in the analysis of Big Data. This can be explained by the increase in the number of solutions and products created by FinTech companies specifically for banks to manage assets and liabilities.

Big data processing and analytics

The popularity and use of Big Data increases every year, which ultimately improves understanding of clients’ needs, their experience and behaviour models. According to the research conducted by IDC research, the banking sector invests the most money in the analysis of Big Data. This can be explained by the increase in the number of solutions and products created by FinTech companies specifically for banks to manage assets and liabilities.

Using AI to make trading decisions

When financial traders have sufficient information, they can make the most effective decisions as the market fluctuates. People are increasingly using artificial intelligence (AI) to get better results in the financial sector. AI applications require processing at well-equipped data centers. Unnecessary delays in the financial trading sector could make people miss out on opportunities that could grow their wealth.

The financial sector depends on data centers for success. That will almost certainly remain true as data-driven technologies become more advanced. This reliance means data centers must deliver high-availability environments that support their mission-critical workloads. For institutions in the financial sector, data center uptime is of upmost importance. Stay tuned for the next article in The Application Series as we explore data center uptime and performance.

Critical infrastructure’s top priority is to assure safety, health and welfare for all citizens.

According to the United States government’s Cybersecurity & Infrastructure Security Agency (CISA), critical infrastructure is the power used in homes, the water we drink, the transportation that moves us, the stores where we shop, and the Internet and communications we rely on to maintain our contact with friends, family, and colleagues.

With the Covid-19 pandemic, it has become undeniable that the communications industry is an integral component worldwide in terms of economy, public safety, businesses, and even interpersonal relationships.

There are many aspects needed to support and help the telecommunications industry achieve true resilience, and to protect infrastructures from various challenges. Here, we outline some of the most vital services which are often neglected.

UPS system

Telecommunications companies, which must maintain the infrastructure in addition to data storage and backup, depend on uninterruptable power supply (UPS) systems. They ensure that the landline, internet and mobile communications function nationwide. Therefore the right UPS system is extremely important to maintain the network until a power failure has ended or an emergency generator takes over.

Very early warning aspirating smoke detection

Protecting these telecommuncations infrastructures against fires is vital but detecting the early signs of a fire can be a real challenge. Very-early-warning aspirating smoke detection can reveal the earliest signs of fire threats to help telecommunications operators potentially prevent disruption from fire that can put people, assets and data at risk.

Precision air conditioning

As telecom equipment generates large quantities of heat in small areas, six to ten times the heat density of normal office space, the air conditioning system must have more than just enough cooling capacity. It must have the precision to react quickly to a drastic change in heat load and prevent wide temperature fluctuations.

Conclusion
As 5G and the IoT move to center stage, telecommunications services provider have become key instruments to lead society in the new phase of the information era. At GreenBay, we provide these important services (and more) to assist telecommunications operators to provide the reliability of services that is expected from them.

As we have highlighted last week, hospitals simply cannot afford disruption. When it comes to evacuating differing number and characteristics of patients, medical and support staff, the risks of hidden, slow growth and fast growth fires becomes significant. This is where an advanced fire detection system such as VESDA aspirating smoke detection (ASD) can help. It’s extensive coverage and addressability can keep staff and patients safer.

We address the unique challenges in specific areas in a hospital and how a very-early-warning aspirating detection system can overcome them.

Operating Theaters & Wards

With various combustibles and ignition sources, fire accidents in operating theaters are extremely dangerous. From the various medical needs and mobility levels of patients to the the sheer number of staff, evacuation procedures is a challenge. Equally challenging is accessing restricted areas for detector maintenance where interruption free operations are essential.

The early warning fire detection capability will pinpoint with accuracy the fire source. This provides the earliest possible warning and allow time for intervention and control to minimize or eliminate the need for evacuation. In the event that the fire condition escalates, the pinpoint capability can provide information of hazardous conditions fire fighters and to staff when moving patients to protected areas or through corridors, stairways, etc.

During evacuation, the signal from VESDA systems can serve for the automatic release of fire doors or security doors along egress paths. With centralized test and maintenance capability, there is no need to access restricted areas. Servicing and testing can be performed at the detector unit which reduces time and cost.

MRI Facilities

MRI (magnetic resonance imaging) facilities do not permit the installation of fire detection which contains metallic (ferromagnetic) components. A fire within or near a MRI system will present a serious threat to life safety, high value equipment and facility, creating particular challenges for evacuation and fire response. In addition, leakage of cryogenic gas in the MRI scanner room will displace oxygen leading to risk of asphyxiation.

VESDA’s system is packaged with various MRI OEM as part of the solution as it can remotely protect high cost equipment and provide early warning of potential fire hazard due to the use of plastic or aspirating tubes or pipes. Similarly, the early warning capability of a VESDA system will ensure fire is detected at the earliest possible stage. Therefore, the shutdown of the MRI system can be done swiftly before the fire escalates. This prevents lengthy downtime and high costs of re-initiation. The system also has gas detectors incorporated in the pipe network to monitor reduced oxygen levels caused by cryogenic gas leaks.

Laboratories, Nuclear Medicine and Sterilization Areas

These areas have delicate equipment, high-energy high-cost technology with hazardous chemical, radioactive or biological material. Any fire accidents, gas leak from storage / distribution lines or gas byproducts in these areas can be life threatening.

VESDA detectors provide active and multipoint detection of fire and gas threats. By remotely placing the detectors outside the protected area, any risk due to contamination or catastrophic release of toxic materials and gases is mitigated.

Conclusion
A very-early-warning aspirating detection system helps hospitals support patient safety while identifying concerns before they become emergencies. It enables the early detection and mitigation of potential fire threats while minimizing installation and maintenance time. This way, hospitals can keep their staff and patients safe while remaining fully operational.