Data center aisles are the spaces that are used to route power and cooling, as well as provide access to racks. Aisles are needed to maintain the infrastructure for any data center facility. They allow heat generated by the servers and other equipment to be dissipated through proper airflow, allowing for optimum temperatures inside a data center facility. This way, your equipment can run at peak performance levels without overheating or causing damage to any components within them. Introduction to Data Center aisle
Data center aisles are the pathways that connect various parts of your data center. They allow for more accessible, more efficient access to equipment, power, cooling, and other infrastructure required to operate your facility. Various type of aisle is often found in large server rooms or data centers that house multiple servers. The design allows you to quickly identify each component without climbing over them or damaging them by walking them improperly. Many companies have their version of this aisle with different features and benefits depending on their needs. Benefits of Data Center aisle
Hot Aisle Containment and Cold Aisle Containment Hot Aisle Containment (HAC) and Cold Aisle Containment (CAC) are two of the most common methods of moving the air in a data center. The most crucial difference between hot aisle containment and cold aisle containment is how hot or cold the air is kept. Cold Aisle Containment:
Hot Aisles vs. Cold Aisles The second type of aisle is the cold aisle. This is where you'll find your power and cooling equipment, such as chillers and air handlers. While the server rack aisles are air-conditioned, these are not; they're kept at a higher temperature than your servers to help keep them cool. Read more about: environmental friendly data center Conclusion Hot aisle containment and cold aisle containment are two air conditioning methods in a data center. The goal is to keep the temperature within an acceptable range for the servers and other components housed within the facility. Air from outside sources can carry moisture or particulates that could damage sensitive electronics, so it’s essential to filter out any contaminants before introducing them into your IT environment.
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Green energy is a big deal. It's also a massive deal for data centers since they're some of the world's biggest electricity consumers. If you're looking for ways to reduce your carbon footprint and save money on your data center's electric bills, read our guide to green energy solutions. Current data centers consume massive amounts of energy
Green energy is an excellent solution to the problem of data center energy consumption. Current data centers consume much energy, and reducing this is crucial. There are several ways to use green energy in data centers, including wind and solar power. You can use it as a primary or secondary source of power. Green energy can create more efficient data centers with lower operating costs. Power Companies investigating intelligent grid technology Innovative grid technology is the future of energy. It uses smart meters, which measure the amount of electricity customers use and sends that data back to power companies. This installation helps them make better decisions about how to distribute energy in the future and also helps cut costs for all parties involved. If a power company knows how much electricity every customer needs at any given time, it can better plan for future needs and reduce carbon footprint and costs. Exploration energy-saving tech For many data centers, power-saving technologies and strategies are still in their infancy. That's because most data centers use old power-saving technologies, such as server consolidation and virtualization. But these two strategies only reduce the number of servers in a data center, not the energy consumption per server. For example, one physical blade server can be divided into multiple virtual machines (VMs). Then each VM must run on its allocated vCPU/vRAM/vDisk resources on a physical host, which requires additional computing cycles from DCIM systems. So how can we save more power? We need to consider new technologies such as efficient microprocessor design, Advanced microprocessors with high voltage operation, low-power chipsets with integrated graphics processor units (GPUs), multi-core processors, and memory compression algorithms integrated into CPUs or GPU modules. These new designs can help us simultaneously achieve higher density and lower cost per unit energy consumption! Increasing demands for power will drive up costs As the world's population grows and economies develop, we see a rise in demand for energy. Over a few decades, energy costs can increase significantly. According to the International Energy Agency (IEA), global energy demand will grow by 35% by 2040. That number doesn't even include economic development in developing countries or technological advances that could increase efficiency across industries. Energy costs have already increased globally: according to Bloomberg New Energy Finance data, utility-scale solar charges dropped 66% between 2009 and 2018, while onshore wind fell 47%. Hydroelectricity has seen similar drops; however, it remains one of the lowest-cost forms of renewable energy available today. With just $50/MWh (megawatt hour) after subsidies are applied, we can use Hydroelectricity. Technology for building energy-efficient data centers exists Since the data center industry is snowballing, it's essential to have a plan in place to maintain your facilities. The choices you make today will affect your organization's future and its ability to operate efficiently. You can take advantage of solutions like green power and energy efficiency if your organization decides these are important considerations for their data centers. Data centers require much energy because they keep servers running 24/7. If the servers are shut down when not in use, then there is no need for them to be powered up again until they're needed again. A data center that utilizes this power management system can save up to 50% on their electricity bill by shutting down unneeded servers at night or when there is little traffic on their network. Consider using Green energy for data centers Green energy for data centers is becoming more critical, not just because of the environment. Green energy for data centers is essential for the economy, too. It's also vital to consider green energy when planning your business operations. Green energy will fuel the future of technology and support our ever-growing need for data centers that can store vast amounts of information on a global scale. Read more about: net zero carbon emission Conclusion Going green is not a new concept, but it has become more critical with the advent of clean energy. As we can see from the information above, there are many ways to make your data center more environmentally friendly. With technological advancements and increasing power demands, companies must find solutions to reduce their carbon footprint. It is important to remember that these changes don't have to be expensive or time-consuming; they require thinking outside of the box and using some common sense! We can't talk about the carbon footprint of data centers without starting with an important fact—data centers are responsible for a considerable percentage of the world's electricity usage. How Much Data Center Carbon Footprint Globally?
According to the Uptime Institute, they use around 2% of total global electricity. They also note that this is more than Africa uses in a year, and almost as much electricity used as the whole continent of South America uses in a year. More importantly, data centers use more energy than entire countries do. They're responsible for 1% more energy usage than the whole United States operates in a year. Now that we've established just how much energy these buildings use let's talk about what makes up that energy footprint and how it affects the environment. Data centers need three kinds of power: capacity, cooling, and transformers/distribution. Capacity power keeps data centers running at their maximum potential, so it's necessary to maintain them at their peak performance. Cooling power keeps data centers from overheating—without adequate cooling systems, servers would overheat and potentially fail. Transformers/distribution power sends server-generated electricity across a building or even an entire city or country. Google Reducing Their Carbon Footprint Google has announced it will invest $1 billion in renewable energy projects over the next three years. This will allow them to reach a goal of producing a one-gigawatt renewable energy capacity by 2025. Google has also pledged to work with the RE100 initiative, which encourages businesses to invest in renewable energy initiatives and to share their experiences with other firms to encourage more companies to make similar investments. Google has recently made agreements with Duke Energy and Piedmont Natural Gas to use their natural gas to power the company's data centers. This will allow Google to save $60 million annually while keeping the company's carbon footprint at a minimum. Using natural gas, they can cut their carbon emissions by 60%. However, many people still question the transparency of Google's data center in Indonesia; who knows what they cover? Are they still using electricity from coal plants? Or do they pay workers very cheaply? Even so, most of Google's data centers are working to reduce carbon emissions. So, how can Google reduce its carbon emission footprint? Let's take a closer look. Using Renewable Energy Google is taking a step towards renewable energy that will drastically reduce its carbon footprint, and they're doing it in the most innovative way possible. Google recently announced that they would purchase enough wind and solar power to account for all the electricity consumed by their data centers, offices, and business partners like DoubleClick and G Suite. This move will make them the world's largest corporate purchaser of renewable energy. Google made a similar pledge to use only renewable energy, but at the time, 97% of its total energy consumption came from fossil fuels. Since then, they've invested over $2 billion in the wind and solar generation projects worldwide. Now they're at 100%, with an additional $3 billion investment in new renewable energy facilities planned by 2022. Efficient Cooling System To reduce the carbon emissions from their cooling system, Google is conducting an engineering study to determine whether they should go with air-cooled or water-cooled data centers. The engineers are currently working on a computer model of how heat dissipates in the data centers. Then, they will simulate how different cooling systems affect heat dissipation. The engineering team uses a thermal simulation program called FLUENT and the Navier–Stokes equations to create a model of data center airflow. These equations describe mass, momentum, and energy conservation in a fluid flow system. The engineers plug in their assumptions about temperature distribution within the server racks, how many servers are in each rack, how efficiently they operate, and how much heat is radiated outside the racks. They can then compare simulations of air versus water cooling with different designs of air-conditioning units. These results will tell them which cooling system would be most efficient for Google's data centers. Read more about: reducing data center CO2 Conclusion Google is a company known for its software and online services expertise, but lately, it has been exploring other opportunities to reduce its carbon footprint. They have offices in many different countries around the world, and the geographic distance between each office causes issues with cooling. Google has decided to take action against this issue by installing a new cooling system in their buildings. The move comes as Google's latest attempt to reduce its overall environmental footprint, including investing heavily in renewable energy resources and large-scale efforts to build more energy-efficient data centers. One good reason data center resiliency is important for business is that any disruption in the data center can result in a loss of productivity or even revenue for your organization. What is Data Center Resiliency?
Data center resiliency is sustaining a data loss while minimizing its impact on your business. Suppose you're running a website or other online service. In that case, keeping a copy of your data stored is essential to enable you to recover quickly and effectively should your data center become unavailable for any reason. Data center resiliency is critical if your business depends on the availability of its website or servers, as downtime can prove extremely costly. Data centers are more resilient than ever before. With an increasing number of businesses relying on the cloud for storage, many companies have begun hosting their servers outside their facilities. This gives them access to greater computing power at a lower cost, but it also means that in case of a significant outage, they have no control over their servers and no way to retrieve their data. Resilience is built into the design of most modern data centers. Many facilities feature redundant power supplies and cooling systems, so if one component fails, another will take over seamlessly. Similarly, most provide multiple network connections between servers and disaster recovery sites so your information can still reach its destination, even if there's a physical cut in service. Downtime is not an option. When deciding how much to invest in protecting your data center, you should consider two major factors: the potential risk of downtime and the business impact of an outage. Before making any decisions, it's worth looking at these two factors and seeing how they might affect your business. Several Factors to Consider The data center is a critical part of any company's IT infrastructure. When it comes to business continuity and data protection, there should be more time to ensure that your most critical systems are up and running at all times. With so much information stored on servers and databases, the risks of natural disasters, technical failures, and human error can't be understated. A disaster recovery plan must be developed and regularly reviewed to ensure that all possible scenarios are accounted for and that your core business processes are protected. Data center resiliency is key to ensuring that your company's most important systems will remain accessible no matter what happens to them. The first step in creating a resilient data center is planning. Start by outlining every possible threat or scenario that could affect your servers, from electrical outages to natural disasters. Next, determine how long each system can sustain operations without power or access to the outside world. You'll want to account for emergency personnel having trouble reaching your location or being delayed in response time due to traffic jams or other problems. The following are three factors to consider when designing a resilient data center: 1. Multiple power sources - The first step to designing a resilient data center is to ensure that it has multiple power sources. Building redundancy into the power source will help prevent any single point of failure—a single downed power line or malfunctioning generator might otherwise lead to an outage that would be difficult to recover from. 2. Redundant cooling systems - Another factor in the resilience of a data center is the presence of multiple cooling systems. Backup power and redundant cooling systems help protect against heat issues—heat issues have been known to cause hardware failures and even permanent damage to servers. 3. Redundant network connectivity - The final factor in creating a resilient data center is ensuring multiple network connections that route traffic over diverse physical paths and from various service providers. You'll need to determine how long your staff can survive inside the facility before needing outside assistance. Resources such as food, water, and medical supplies should also be considered when planning for disaster preparedness. Read more about: green data center consultant Conclusion Resiliency is one of the most important characteristics of a business. No matter how innovative and creative your products or services are, your business will suffer if you can't recover from disasters or unexpected events. The quality of your data center can affect the resiliency of your business. A resilient data center can help you recover from disasters that could disrupt business operations, such as natural disasters or human error. The data center requires the management of quite complex elements. This blog post will show you the top DCIM software to shorten your choices, especially for those building a data center or adding insight to data center investors. List of Top DCIM Software
Data Center Infrastructure Management (DCIM) software is a system used to manage all the physical elements and their interconnections in a data center. It monitors the data center's performance through integrated systems and processes. The prime objective of DCIM software is to provide comprehensive monitoring solutions across all built-in facilities at different levels, thereby pinpointing any failure or degradation in one of them. This way, companies can fix issues before they snowball into something more significant that may affect the entire organization. The popular DCIM applications are BMC, LogicMonitor, NetZoom, DCIMPro, and Sunbird. These applications offer alerts to notify users when something goes wrong and data analysis tools so users can find trends in building performance over time. BMC To keep track of these devices and ensure they're working correctly, you need software to monitor and store information about each device. This is where BMC comes in. BMC helps monitor and store information by notifying the user when there is a problem with any device in the system. It also allows users to easily access information about all the building's devices from one central source. LogicMonitor LogicMonitor provides real-time and historical views of the data collected from your IT infrastructure. It has a built-in dashboard that shows you a snapshot of all devices, their capacity, and performance. NetZoom NetZoom is an easy-to-use network design tool that enables you to implement and maintain your network quickly. DCIMPro DCIMPro allows you to monitor all aspects of your IT infrastructure, including power, cooling, security, and safety. It also allows you to trigger alarms based on events or changes in your environment, saving you time and money by notifying you of problems within your infrastructure as soon as possible. Sunbird Sunbird has over 20 years of experience working in the energy industry, providing solutions for monitoring and managing energy usage through its smart metering solutions. Sunbird's portfolio includes energy management software, energy meters, sensors, and gateway hardware used by commercial and utility clients to manage energy cost reduction and carbon footprint reduction strategies. Factors to consider when buying DCIM software There are many factors to consider when buying DCIM software, from a vendor to the money that the vendor is offering. However, the most critical factor is to choose the best one for your company. The purchase of DCIM software should be made after carefully investigating what you need and if the offered DCIM software is right for you. To help you out in this regard, here are some points to observe while making such a critical decision:
Read more about: one of azure data center in South-East Asia Conclusion Having faster and more accurate information about a network is becoming increasingly important for commercial businesses and government agencies. Data centers see an enormous increase in the number of servers, switches, firewalls, routers, load balancers, and other network devices that need to be monitored. Managing this expansion often falls on the data center infrastructure manager or operations team. Not only do they have to monitor all of the devices in their data center, but they also must manage and improve their environment daily. To accomplish these tasks efficiently and accurately, a DCIM solution is needed. It can give real-time information about every aspect of the network infrastructure. The Green Grid Performance Indicator (PI) is a way for data centers to measure and improve their energy use. The PI coefficient defines and measures PUE, the ratio of the total power used by a computer data center facility divided by the power delivered to computing equipment. Using strict standards, a PI coefficient of less than 1.0 means the data center is operating at a high level of green energy efficiency. Calculating the PI coefficient is simple, using PUE = Total Facility Power/IT Equipment Power measured in watts over time. The Green Grid Performance Indicator (PI) coefficient defines and measures a data center's power usage effectiveness (PUE).
The Green Grid Performance Indicator (PI) coefficient defines and measures a data center's power usage effectiveness (PUE). The PUE is the ratio of total facility power to IT equipment measured in watts over time, with 1 representing perfect efficiency. You can calculate the PUE by dividing the sum of all sources of electricity consumption by IT equipment power: PUE measures the ratio of the total amount of power used by a computer data center facility divided by the power delivered to computing equipment. The PUE metric is a measure of the efficiency of data center operations. You can calculate the PUE by dividing the facility's total power by the power delivered to computing equipment. PUE is in ratio form, where 1.00 means 100% efficient and anything greater than 1.00 means inefficiency exists and waste heat has been generated that cannot be reused or recycled (i.e., cooled back into liquid form). The lower a facility's PUE number, the more efficient it will be at using energy, lowering its cost per watt-hour for power consumption and providing savings for its owners and occupants. Using strict standards, a PI coefficient of less than 1.0 means the data center is operating at a high level of green energy efficiency. A PI coefficient of less than 1.0 means the data center is operating at a high level of green energy efficiency, making it the right choice for your organization. To calculate the PI Coefficient, use the following formula: PI = PUE / 1 - PUE (1) Where: PI = Power Usage Effectiveness PUE = Power Usage Efficiency Calculating the PI coefficient is simple, using PUE = Total Facility Power/IT Equipment Power measured in watts over time. Calculating the PI coefficient is simple, using PUE = Total Facility Power/IT Equipment Power measured in watts over time. To calculate PUE:
The PUE metric is most useful when measured and tracked weekly. This allows data center operators to see progress over time and easily remember the number since it will be consistent every week. For example, if your PUE is 1.12 in one week and 1.11 in the next, you will see that your facility is becoming more efficient over time and understand where to focus your efforts for further improvements. One can improve PUE scores with relatively simple changes to your facility, such as cleaning air filters more frequently or upgrading cooling systems and computer equipment. One can improve PUE scores by making simple changes to your facility, such as cleaning air filters more frequently or upgrading cooling systems and computer equipment. In addition to optimizing your facility’s design and equipment, there are other ways to improve PUE scores:
Some improvements might require investments in a new heating and cooling equipment or electrical upgrades. In addition to investments in the data center, you may also need to invest in your facility or building management system. For example, you may need to upgrade the pre-existing network infrastructure (e.g., installing fiber optic cables) to support more efficient monitoring solutions and provide access to improved IT equipment and security tools throughout your campus. To help you understand how these projects can affect your PUE score, we have gathered some helpful information about them below:
The Green Grid PUE is a single metric measuring data center efficiency. It provides a snapshot of your facility's energy consumption compared to its IT load, and it's calculated by dividing total power consumption by IT power consumption. The Green Grid PUE ranges from 1–2, with one being the most efficient (i.e., lowest) performance possible and 2 being the least efficient (i.e., highest) version possible. The lower your facility’s PUE rating, the better job it is doing at operating efficiently – which means you're saving money on energy costs and reducing greenhouse gas emissions from your building or campus operations. Suppose you have an existing building with outdated systems or inefficient architecture and mechanical equipment that are no longer up-to-date. In that case, there may be opportunities for cost savings in its operation - but where to start? Read more about: data center regulation Conclusion We hope you’ve enjoyed this look at a Green Grid Performance Indicator (PI) coefficient and its application to green data centers. We encourage you to visit The Green Grid website for more information on their other publications and tips and tricks for improving your facility's energy efficiency. Reducing data center costs is an essential goal of any company. Despite being a very familiar topic, this is not an easy task. Different companies approach this goal in different ways. Several cost-saving equipments you can use to reduce data center costs
1. Virtualization Virtualization is the key to reducing data center costs. Virtualization enables you to consolidate multiple servers and applications on one physical server or virtual machine (VM). This consolidation reduces the space, power, and cooling required by your systems and the time it takes to manage them. You can implement virtualization in various ways, including:
Hybrid cloud storage combines two or more storage solutions, such as private and public cloud storage. This technology can reduce data center costs by reducing the need for on-site servers and storage. Hybrid cloud storage is also known as "cloud bursting." Cloud bursting allows users to offload processing power and other resources to the public cloud when needed rather than having them available all the time. This can reduce costs because it gives users more computing power than they would have if they had to purchase their equipment. It also reduces expenses associated with maintaining multiple servers. 3. Cloud computing One way to reduce the cost of operating your data center is to use cloud computing. Cloud computing is an alternative to traditional on-site server hosting by providing off-site servers that store and manage your data. It allows you to access your data from anywhere, at any time, and from any device. Cloud computing can help reduce costs by reducing or eliminating capital expenditures (CAPEX) and operating expenses (OPEX). Cloud computing also helps companies scale up or down as needed—allowing them to pay only for what they use. 4. Power Reducing Equipment The first thing to consider is whether or not you need specific equipment in your facility. Some items use more electricity than others and may be unnecessary for your needs. For example, investing in a second unit might not make sense if you have a small operation and only need one server, investing in a second unit might not make sense. You can reduce your energy usage by eliminating unnecessary equipment from your system. Cooling systems account for up to 40 percent of all IT energy costs in an average data center, so reducing cooling requirements can help manage costs while improving operational efficiency and reliability. By replacing older air-cooled racks with newer water-based systems (such as chillers), you can reduce both capital expenditures (CAPEX) and operating expenditures (OPEX). Here are some of the most effective ways: Reduce Power Usage Reducing power usage is one of the simplest ways to reduce costs in a data center. But it’s also one of the most effective ways because it can save up to 50% on energy costs. There are several different ways that you can reduce power usage:
Another step to reducing your data center costs is ensuring you have correctly sized infrastructure. This means that you must ensure that your servers are not oversized for their workloads and that you don't buy too many resources for your applications. In addition, if you're using virtualization technologies in your data center, you need to ensure you're not over-provisioning for virtual machines (VMs). VMs are typically more efficient than physical servers because they use fewer resources, and you can turn them off when not in use. If you are building a new facility or renovating an existing one, consider the following tips:
The design of data center equipment is steadily changing, from integrating more electronics into the packaging to using smaller cabinets and more efficient power supplies. These innovations reduce overall data center costs by increasing efficiency and reducing the amount of ground space required for equipment. In summary, to reduce the cost of a data center, it is crucial to make the right investment decisions and ensure that the equipment used provides value for money and helps you to meet your business objectives. Cisco and Apple have partnered on a new global data centre partnership, combining their respective strengths in technology, security and services to help improve the customer experience for Apple users worldwide. Apple and Cisco are bringing the Cisco Network.
Apple has selected Cisco as its partner for designing and implementing its global data centre network. The collaboration between these two technology leaders will provide customers with high-quality network services and ensure Apple can quickly scale its cloud infrastructure as needed. Cisco provides an end-to-end network infrastructure solution, including routing, switching, security and management products that will enable Apple to offer customers highly secure cloud services through its iCloud platform. Apple's global data centre footprint is growing. The company has announced a partnership with Cisco that will see the California-based tech giant build multiple data centres in Ireland, where Apple already has a significant presence. The agreement calls for Cisco to build the infrastructure for Apple's Ireland facilities, which they will use for existing and new services. This partnership will also provide users with a secure connection while they are away from the office Users can use their smartphones or tablets to connect to their company's network securely. They will also be able to securely use Cisco AnyConnect Secure Mobility Client software on Windows-based laptops and desktops to access various applications and files outside their office environment. Apple’s iPhone and iPad devices already include built-in support for Cisco’s AnyConnect Secure Mobility Client, allowing users to access corporate resources from their smartphones securely. Cisco's press release states, "This solution is designed for organisations that want to enable secure access for employees who travel frequently or have multiple locations." What are The Benefits? This partnership will offer users several potential benefits, including:
Technology leaders are focused on practical solutions to climate change Climate change is a global issue, but it's also an issue one can address at the local level. That was the message from Cisco CEO Chuck Robbins and Apple CEO Tim Cook during a joint appearance at the annual Cisco Live conference in Las Vegas on Tuesday. Robbins and Cook spoke about their companies' collaboration on data centre energy efficiency, which has helped reduce emissions by 30% over the past two years. The partnership between Cisco and Apple began with a simple question: How do we get more efficient? "We were looking for ways to reduce our environmental impact," explained Cook. "We were looking for ways to ensure we're doing things right." "Climate change is one of the biggest challenges we face this century," Apple CEO Tim Cook said in a statement. "We believe that every business — no matter how big or small — has a responsibility to tackle climate change." Cisco's commitment to power efficiency includes projects such as its Smart+Connected Communities program, which helps cities become smarter using data analytics and IoT devices. The company also offers customers software tools such as Cisco Energy Management Suite (CEMS) to help them optimise their energy usage and reduce costs while improving performance. Read more about: north us digital business Conclusion Cisco has announced a global data centre partnership with Apple. The partnership, part of Cisco's North US Digital Business unit, will design and deploy Apple's first-ever custom data centre in Northern Nevada. Cisco's partnership with Apple includes more than 30 data centres across the globe, including the North U.S. Digital Business (NUDB) region, which is the largest cloud computing environment in the world. This partnership has helped us to deliver high-quality services to our customers while ensuring their data remains secure at all times and reducing carbon emissions. The European Data Centre Association (EDCA) is a not-for-profit association that brings together the European data center industry. The mission of EDCA is to promote, protect and enhance the interests of its members and their customers by providing them with a forum for business development, information sharing, and networking. The EDCA’s main objective
The EDCA membership represents over 500 data centers across Europe. With its members representing all sizes of data center operators, from small local providers to large multi-national operators, the Association is uniquely positioned to provide insight into the European Data Centre market. The European Data Centre Association (EDCA) is a non-profit organization representing the interests of data center providers and users in Europe. The EDCA was established in 2011 by a group of leading European data centers and has grown to become the largest association representing data center owners and operators in Europe. The EDCA seeks to enhance the digital economy by promoting a better understanding of the benefits of data centers, their role in our daily lives, and their valuable contribution to European economic growth. The EDCA’s main objective is to promote the development and sustainability of European data centers by providing services for its members and building relationships with policymakers and other stakeholders. EDCA Founding Member The EDCA was founded in 2011 by 9 data center operators who had come together to establish best practices, promote transparency, and develop common policy positions on issues related to data center operation within their respective countries. The founders were:
The EDCA's mission is to promote the development of high-quality, sustainable, and innovative data centers in Europe by lobbying on behalf of its members at all levels to influence legislation and regulation, as well as working with other industry bodies such as ENTSO-E and ETSI. Including:
The association exists to promote the interests of its members and the sector they operate in. It represents over 1,000 data centers across Europe, providing a forum for discussion on important issues to its members. The EDCA offices are in London and Brussels. Members are based throughout Europe and beyond, focusing on data centers in Germany, France, Spain, Italy, and Scandinavia. The EDCA represents its members on all relevant EU policy issues, including security, privacy, and regulation. It aims to be a leading voice for Europe's data centers by providing its members with education, training, and networking opportunities. The EDCA has offices in London, UK, and Brussels, Belgium. EDCA Lonon Office address: Unit 7, 20/F One Exchange Square London EC2A 2FT EDCA Challenge The European Data Centre Association (EDCA) has raised concerns over the impact of the recent gas price surge on data center operators. The association has called for a review of the current EU gas directive to ensure that it is fit for purpose in a modern economy. The EDCA said that while it welcomes the European Commission's intention to review the EU gas directive and its impact on energy prices, it is concerned that this review may not be completed in time to address current issues. "The current situation is an opportunity for Europe to rethink how we use our energy resources," said EDCA chairman Simon Cooper. "We are urging Europe's leaders to take this chance and develop solutions that will allow us to maintain our competitiveness in an increasingly global market." In a report released on Wednesday (1 March), EDCA said it was "very concerned" about the financial impact of the ongoing conflict in Ukraine on its members. The association said that gas prices in Europe were currently at $13 per million British thermal units (BTU), compared with $4.47 in the US. It added that this difference was due to geopolitical risks and supply issues, with Russia being the leading gas supplier to Europe. EDCA said that if current trends continue, data center operators must use more coal power to keep their facilities running. Read more about: over crowded data center Renewable Energy is Still a Long-term Solution Data centers are notorious for their high energy consumption, which will double by 2020. The average data center uses around 20% of its total energy on cooling and can consume twice as much electricity as an office building with similar floor space. This is why the EDCA has been working with various stakeholders to develop sustainable practices in the industry. One way for data center operators to reduce their carbon footprint is by adopting green power sources such as solar or wind power. Over 80% of EU member states have adopted renewable energy laws or targets requiring businesses to use more renewable electricity. However, these laws do not necessarily apply to data centers because, legally, they are “energy-intensive users” rather than energy suppliers (i.e., they do not generate electricity themselves). Therefore, many data center operators still rely on conventional sources such as coal or gas when calculating their carbon footprint. The Android app is a great way to make your business more available to customers in the digital world. It can be a marketing tool, an interface for your products and services, or a way to connect with your existing customers.
But if you want to get an app out there quickly and efficiently, there are certain things you need to know about hosting an android app. Choosing the Right Hosting Service for Your App There are many options, and it can be challenging to determine which is best for your unique needs. Here are some things you should look for when choosing an Android app host: Reliability This is the most crucial factor when choosing an app hosting service. If your app goes down, your customers will be unhappy, which could affect your sales. You want a host with a proven track record of reliability and uptime. Your app should always be available and responsive for your users. You can’t afford to have any downtimes or slowdowns in performance. Ensure that the provider has a good reputation for uptime and fast response time. Speed Next in line comes speed. You must ensure that the hosting company provides you with a fast-loading Android App development platform, so your users get uninterrupted access to your app. If your app takes too much time to load, users will not like it, resulting in fewer downloads. Scalability As your user base grows, so should your server capacity. You want a company that will provide unlimited scalability so that you don’t have to worry about upgrading your servers anytime soon. That’s why it would also be ideal if the host offered scalability options to scale up or down depending on the number of users accessing your application at any given time without any problems. Security You need to ensure that your data's security is top-notch and that it can withstand attacks from hackers and other malicious agents. It should also be able to protect your app from any malware or virus attacks. The host should provide the best in terms of security for your app. You need to make sure that your app's data is secure at all times and that hackers will not be able to interfere with it. This is very important if you want your app to succeed in this competitive market. Flexibility The flexibility of the web hosting server is essential because it allows you to scale your application as per demand quickly. It also enables you to add more features or upgrade your application without difficulties. In addition, a flexible web hosting service lets you quickly move between different operating systems like Windows and Linux without any issues or complications. So, if you want an Android app development company that will provide you with flexible web hosting servers, then Hostinger would be a good choice for you as it offers VPS hosting plans which are highly customizable and flexible. Ease of use The user interface should be simple so that even novice users can navigate it without trouble. Customer Support What happens if something goes wrong? What if someone hacks into your account and deletes all your files? What if they accidentally delete everything themselves? Those are all scenarios that could happen to anyone, so your host must provide excellent customer support so they can help solve any issues as quickly as possible. Read more about: digital transformation market Conclusion This should give you a good idea of the critical features to consider when finding an Android app hosting service. Paying close attention to the seven things above can help you understand what hosting is best for your Android app. In the end, you probably have a few ideas for what's most important in an Android app hosting server. Still, it's helpful to take a look at the pros and cons of each of these top providers. That way, you can understand which provider would be best for your particular needs. Ultimately, it will come down to how well you feel the specific Android app hosting server meets your needs. After all, that's all that matters. |
AuthorA group of people who are concerned about the impact of carbon emissions, especially in the data center industry. Archives
October 2022
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