“The Cloud” Isn’t Floating, It’s Sitting On 1,000 Acres

“The Cloud” Isn’t Floating, It's Sitting On 1,000 Acres

By Toby Hayes, AICP and Andrew Moore, AICP

All internet data storage is housed in what are known as data centers; large warehouses containing servers and the network infrastructure necessary to process cloud computing, artificial intelligence (AI), and to keep the internet operational. Data centers have existed in some shape or form since the dawn of modern computing, and Michigan has been home to smaller centers for many years. However, as more industries and consumers begin to utilize AI and rely on the internet for work, school, and everyday life, the demand for cloud computing power has surged, and with it, the need for larger and more data center facilities.

Recent tax incentives from the State of Michigan aimed at attracting data centers to the state have resulted in the planned development of large-scale data centers across Michigan, including several in West Michigan. These recent proposals have entered the public consciousness and raised many understandable concerns regarding their construction and operation, including water and electricity consumption and noise and wastewater pollution. This issue is not limited to Michigan, as communities across the United States are looking for solutions related to data center development.

Where are Data Centers Locating?

Data center developers consider several factors when siting a potential development. These factors include, but are not limited to:

  • Availability of high-voltage transmission lines
  • Availability of high-speed communications infrastructure (fiber-optic cables)
  • Large, contiguous tracts of land
  • Municipal water and sewer infrastructure
  • Relatively low property tax rates

While data centers can be located in cities with denser development, much of the recent interest has been focused on rural areas. In cities, large tracts of land are often difficult to come by, while rural areas tend to offer more of the five characteristics noted above, making them potentially attractive locations for data center development.

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Act 233

Local Government Responses to Act 233 of 2023

By Andrew Moore, AICP

In late 2023, Governor Whitmer signed a package of bills targeting clean energy into law. Among them was Act 233 of 2023, which upon becoming effective on November 29, 2024, will largely preempt local control over wind, solar, and energy storage facilities throughout the state. Act 233 will have significant impacts on local units of government as utility-scale wind, solar, or energy storage companies will be able to bypass the local approval process.

Specifically, Act 233 provides for preemption of zoning and other ordinances for the following renewable energy facilities that generate or store power for off-site use:

  • Solar energy facilities with a capacity of 50 megawatts or more;
  • Wind energy facilities with a capacity of 100 megawatts or more; and
  • Energy storage facilities with a capacity of 50 megawatts or more and an energy discharge capability of 200 megawatt hours or more.

Over the last several years, many communities have undertaken lengthy and sometimes contentious efforts to draft zoning and other provisions related to the siting of wind and solar facilities. Now, many of these communities are left wondering what to do in light of this new legislation.

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Prestressed Concrete 101

Prestressed Concrete 101

By Jordan Pelphrey, PE

Prestressed concrete is a high-strength, engineered building material used extensively in the construction industry. It has a multitude of applications, including in bridges, commercial buildings, dams, roads, stadiums, hospitals, parking garages, multistory residential buildings and in a number of other structures. The applications for this construction material are nearly limitless. It’s a great way to minimize cracking and take advantage of the incredible strength of reinforced concrete.

So, what exactly is prestressed concrete?

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