A disaster recovery center (DRC) is a location that serves as a backup site for your business in the event of a disaster. It provides you with the same information technology and business operations capabilities you would have if your primary data center facility were operational. The primary purpose of a DRC is to ensure that your IT systems are available and functioning in the event of a significant outage at your primary data center. The secondary purpose is to provide continuity of business services by allowing you to continue operations from an alternate location during emergencies. Selecting Disaster Recovery Center
Most companies have their disaster recovery center (DR center), where at least one copy of their crucial data is stored. In addition, many companies use third-party disaster recovery centers for extra protection or as a backup for their DR centers. The disaster recovery center should be in a secondary location that is not prone to the same types of disasters as the primary location. While choosing a site that can withstand hurricanes or tornadoes is essential, selecting a location that does not face the same risks as the primary data center is equally important. Selecting a disaster recovery center for your business can be daunting. The decision you make will have a significant impact on the health and safety of your business and its customers. To help you make an informed choice, we've outlined the steps below to help you evaluate your options. Evaluate Your Needs The first step is determining what disaster recovery solution best suits your needs. This includes the type of disaster that could occur and how long it would take to recover. For example, suppose a fire or flood destroyed your data center, and you had no backups. You may want to consider cloud-based solutions such as Amazon Web Services (AWS) or Microsoft Azure because they offer fast recovery times. However, traditional data centers may be more appropriate if it takes weeks or months to recover from an outage. Select a location near your primary data center. This helps reduce the latency due to network traffic and makes it easier for employees who need to work from home or remotely during a disaster. It also reduces the time required for employees traveling between sites during an emergency. If possible, choose a facility with access to multiple power sources, such as generators and UPS systems. The availability of these resources can significantly reduce downtime during power outages or other disasters at your primary site. A good DR center should be able to meet all of your company's needs, including: - Disaster recovery solutions that are appropriate for your industry and size - The ability to recover systems quickly in case of an emergency - Support for multiple platforms and operating systems - An on-site staff that is knowledgeable about the latest technologies - Professionalism, reliability, and trustworthiness Tenant Room A disaster recovery data center should not just be a place where you store some of your most critical information but also a place where you can house all of your operations during a disaster. This includes a room to work with complete and reliable equipment during a natural disaster. Sometimes, a disaster recovery center is not enough to accommodate the tenants arriving during a disaster. Therefore, choose a data center that has a large flat area. Tenant rooms can be in the form of a Dargaville tent during a disaster. The important thing is that it can be connected to the network and used for work. Fire safety The disaster recovery data center provider should install fire detection and fighting systems under local laws and regulations. read more about : green data center opportunities for us european market here Conclusion Data center facilities are the backbone of any IT infrastructure. They protect your critical business applications, data, and IT systems from natural disasters or catastrophic events. Data centers can be close to customers, employees, or offshore in another country. In some cases, it may make sense for a company to build multiple DRCs worldwide so that there are facilities closer to particular customers or regions where disasters could occur more frequently than others.
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Data center backup power solutions that use natural gas are an environmentally friendly way to reduce your carbon footprint. Natural gas is a cleaner-burning fuel than diesel, which is the most commonly used backup power fuel source. Natural gas is also less volatile than diesel fuel and its use in data centers has grown because of its compatibility with onsite generators. Natural gas is easier to transport than diesel fuel and its price volatility is lower than that of diesel. It’s also safer in the event of an explosion. When you use natural gas for your data center backup power solution, you are reducing carbon emissions into the atmosphere by about half compared to using diesel fuel. Clean Energy Type for Data Center Backup PowerWhile the idea of a data center is complex, the concept is simple: A data center is a building or group of buildings full of computers, networking equipment, and other similar technology. The purpose of a data center is to store and efficiently process large amounts of information. The most common use for these centers is to store and process information from websites or other types of businesses. The problem is that data centers use a lot of energy — and that energy is usually coming from coal or natural gas power plants. These power plants produce large amounts of pollution, which has led many data centers to look for alternative sources of backup power. There are many different ways to power these facilities, including on-site generators that can be fueled by diesel fuel or natural gas. However, some companies have decided to move toward cleaner sources of energy for their facilities. The clean energy sources for data center backup power are nothing more than the common sense approach to choosing the right backup power for a data center. The primary purpose of the clean energy type for data center backup power is to protect your sensitive hardware from any kind of damage during power outages, blackouts, and brownouts. The cleanest Energy Sources include: Hydroelectricity Hydroelectricity is created by the force of water falling from a height. Water flows through turbines, which generate electricity. Wind Wind power is created by the force of the wind blowing across large blades attached to turbines, which generates electricity. Solar Solar power is generated from solar panels that convert sunlight into electricity. Solar panels are easy to install and maintain since they do not require any maintenance once they are installed correctly on your roof or outside building walls. The only maintenance needed is cleaning the panels periodically so that dust does not build up on them which can affect their efficiency levels considerably over time. Nuclear Energy Nuclear energy is a carbon-free power source, but it's not necessarily renewable. The UK's National Grid recently announced plans to phase out all coal plants by 2025 and increase the percentage of electricity from renewable sources from 15% to 32%. However, nuclear plants produce no carbon dioxide emissions and use uranium as fuel instead of coal or oil. The Benefits of Using Clean Energy Source for Your Data CenterA clean energy source is an ideal solution to power your data center. Even though it’s more expensive than traditional sources, you will see a lot of benefits from using clean energy sources.
There are many benefits to using clean energy generators in your data center:
Read more: A List of North US Green Data Center and Cloud Provider Conclusion: For many organizations, the goal of sustainability is a lofty target that can be difficult to achieve. Still, others are interested in making the switch but are unsure of how to go about it. Whether you are just starting or looking to make changes, understanding your energy usage and needs is essential when developing a more sustainable data center backup power solution. Depending on your situation and the size of data center backup power, it is recommended to have a combination type of power. |
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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