{"id":2160,"date":"2012-12-05T00:00:00","date_gmt":"2012-12-05T00:00:00","guid":{"rendered":"http:\/\/otava.test\/michigan-data-centers-building-reliable-infrastructure-to-strengthen-the-michigan-economy\/"},"modified":"2025-10-14T08:14:55","modified_gmt":"2025-10-14T08:14:55","slug":"michigan-data-centers-building-reliable-infrastructure-to-strengthen-the-michigan-economy","status":"publish","type":"post","link":"https:\/\/www.otava.com\/blog\/michigan-data-centers-building-reliable-infrastructure-to-strengthen-the-michigan-economy\/","title":{"rendered":"Michigan Data Centers: Building Reliable Infrastructure to Strengthen the Michigan Economy"},"content":{"rendered":"

In a recent article, State Energy Efficiency Initiatives for Michigan Businesses<\/a>, I wrote about Michigan Gov. Synder\u2019s Energy and Environment Special Message delivered last week and how commercial buildings can benefit from energy conservation design. In the report addressed to Michiganders and the Michigan Legislature, Synder also refers to the transmission infrastructure of the state\u2019s electrical \u2018superhighways,\u2019 and the need to improve the reliability of the infrastructure in the Upper Peninsula.<\/p>\n

\"Michigan
Michigan Reliable Energy; Source: Michigan.gov<\/figcaption><\/figure>\n

He mentions data centers when referring to business reliability:<\/p>\n

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What does that mean for daily life? Whether it is a business engaged in just-in-time manufacturing, a data center providing computing services, a hospital with sensitive equipment, or a homeowner with insulin in the fridge, reliability is vital and valuable. You can\u2019t grow economically, or even hold your own, if the power isn\u2019t there reliably.<\/strong><\/p>\n<\/blockquote>\n

Snyder suggests exploring connection between Michigan\u2019s peninsulas electrically to reduce the cost of moving power around in both places and create opportunities to improve supply as well.<\/p>\n

When it comes to reliability, the first place to start is with design – Online Tech\u2019s Michigan data centers<\/a> are located 53 miles apart and interconnected through Gigabit fiber. Our infrastructure is built to provide high availability hosting with power from separate utility providers, and multiple Internet Service Providers (ISPs). Our network automatically fails over between providers and network circuits if any issues arise, ensuring network and server connectivity.<\/p>\n

\"High
High Availability Infrastructure<\/figcaption><\/figure>\n

All of our facilities\u2019 critical equipment is N+1, or fully redundant. Our Ann Arbor 2 data center<\/a> even has dual generators in the event of a power outage. When Hurricane Sandy hit the East Coast, much of lower Manhattan was powered by generators. However, some data centers ran into problems with flooding, as their generators were located in the basement. Flooding disabled critical diesel fuel pumps, leaving providers no way to refuel generators, according to DataCenterKnowledge.com.. As a result, many popular sites were affected and experienced downtime while the data centers were in remediation mode.<\/p>\n

An offsite location (far from potential natural disaster areas) is one way businesses can ensure uptime and data\/application availability in the event of a disaster. Finding a data center located in a disaster-free zone means choosing an inland area – hurricanes cause storm surges to coastal areas and flooding hundreds of miles inland. Hurricanes then weaken into tropical storms and cause major flooding as they move along their path, often ravaging subsequent areas such as the South.<\/p>\n

The Midwest, and Michigan specifically, does not typically experience any major natural disasters that can seriously compromise server facilities. The most common natural hazards, according to FEMA\u2019s Michigan website, are thunderstorms, lightning, floods, winter storms and extreme cold. Read more about Michigan offsite backup<\/a> and Michigan disaster recovery<\/a>.<\/p>\n

Aside from location and avoiding known disaster areas, businesses that need a high availability hosting<\/a> infrastructure can invest in high availability racks that are uniquely designed to withstand single points of failure. Each server should have two power sources and two paths to an Internet connection. Read more about High Availability<\/a> in our white paper, and view a diagram of a high availability rack.<\/p>\n

Want more on disaster recovery? Watch a webinar below on IT disaster recovery in the cloud vs. traditional backup paradigms, and the benefits of using cloud computing<\/a> – Cloud Computing and VEEAM for Backup and DR<\/a>. Visit the link to read the transcript and download the slides.<\/p>\n