The following is a list of Green Data Center Case Studies for Venture Capital. These case studies are examples of how two companies used venture capital to do things to make their data centers green.
Top 5 Green Data Center Case Study, a Brief for Venture Capitals
A venture capital firm is a business entity that invests in start-up companies and small businesses. Venture capitalists typically invest other people’s money in return for equity. They provide capital to businesses that are too early in their development to attract a bank loan.
Venture capitalists either work for large firms or are independent investors themselves.
Venture capitalists were born out of the need for funding during the early days of Silicon Valley. As a result, VCs have become an important part of the tech ecosystem, providing much-needed cash infusions to risky but potentially lucrative ventures.
This case study will focus on what it takes for an entrepreneur to get venture capital funding from an investor and how it’s done.
Green data centers are essential for the future of business. Not only do they help companies save money and reduce data centers carbon footprint, but they also help them gain a competitive advantage in the marketplace by providing better services to their customers.
In this post, we’ve compiled a list of the top 5 green data center case studies which will help you in understanding how some of the world’s biggest brands are saving millions of dollars by going green.
Google has one of the largest and most efficient green data centers in North America. The company has invested over $1 billion into building its data centers and has been able to reduce its energy consumption by 40%.
Google announced plans to build a new €600 million ($664 million) data center campus in Leibnitz, Austria. The company said it would invest €300 million ($331 million) into building the site and spend another €300 million ($331 million) on equipping it with servers, storage systems, and networking equipment.
Google’s green data center in the Vandenberg Air Force Base has reduced CO2 emissions by 99 percent.
The company’s “Google Green” data center, which is powered by geothermal energy, is located near the Columbia River.
The data center features a low-water cooling system and a micro-turbine cogeneration plant that uses waste heat to power other facilities. The facility also features an advanced water treatment system and rainwater storage tanks to recycle water used in air conditioning systems.
Google has a 20-year purchasing commitment with the local utility, which is a sign of Google’s seriousness about investing in clean energy. The company has also set up a program to fund renewable energy projects at other locations around the world.
One of the biggest investments Microsoft has ever made was in their Green Data Center in Cheyenne, Wyoming. The Green Data Center opened in 2010 and instantly became one of Microsoft’s biggest investments ever.
The total cost of the project was 570 million dollars which included land acquisition and construction costs as well as equipment purchases and installation costs.
Microsoft spent nearly 3 years constructing this project, but it was worth every penny spent on it because it has produced some amazing results.
The first thing we need to understand about this data center is that it is not just any ordinary data center like any other company would build for themselves when they were looking to expand their operations or upgrade their current infrastructure; this is an ultra-modern facility that uses cutting edge technology to operate at maximum efficiency while also reducing energy consumption by up to 50%.
Cost savings from the Microsoft green data center include 60 percent less electricity consumption, 55 percent less water consumption, and 80 percent fewer carbon emissions. The company also expects to save $1 million per year through reduced hardware costs and improved hardware performance.
Amazon Web Services (AWS)
Amazon Web Services (AWS) is the world’s largest public cloud provider. The AWS global infrastructure includes over 1.9 million servers in dozens of data centers around the world.
As a result, Amazon has been able to create a highly scalable and cost-effective platform for customers and partners that have applications that need to scale up or down depending on traffic.
Amazon has been working for several years to reduce the carbon emissions from its data centers. This includes setting up a green data center in one of its facilities in Virginia. The company uses renewable energy sources to power the facility and it reduces carbon emissions by using water cooling systems instead of air-conditioning systems.
The team at AWS has also developed new technologies to reduce power consumption by 40% and cut costs by 50%. Some of these technologies include large-scale deployment of high-performance computing (HPC) clusters and building low-cost storage solutions that use solid state disks (SSDs).
The new data center will use 100% clean energy for power, cooling, and operations. In 2021, it is operated and employs up to 500 full-time employees.
Apple opened its first LEED-certified data center in North Carolina back in 2012. This facility was designed to be smaller than traditional data centers with less than 50% more power consumption per square foot compared to other facilities.
Apple’s Maiden, North Carolina data center draws 90% of its power from renewable sources like solar panels, fuel cells, and biogas generators which makes it completely self-sufficient when it comes to energy generation needs.
It also uses recycled water for irrigation purposes which reduces the amount of freshwater needed for cooling systems thereby reducing electricity usage as well!
The facility employs over 500 people who maintain the environment within their campus while protecting their assets against natural disasters like floods or earthquakes.
Facebook announced plans for its first on-site facility at its headquarters in Silicon Valley back in 2013. The company expects to complete the new facility later this year, which will use 30% less energy than traditional facilities through a combination of solar panels, natural ventilation, and waterless cooling systems.
Facebook has been an early adopter of many technologies that have helped them become a leader in sustainable design, including:
- Virtualization – Virtualization allows companies to use less power than traditional servers by sharing resources across multiple applications. By enabling virtualization at its headquarters in Prineville, Oregon, Facebook saves over $1 million annually on power costs alone.
- Energy efficiency – Facebook has invested heavily in energy efficiency for their servers. They use variable frequency drives (VFDs) to control the speed of their fans based on temperature and humidity levels inside the server room. This helps them save energy by running fans only when they need them and by reducing unnecessary wear on equipment caused by unnecessary fan usage.
Facebook’s newest data center, located in Altoona, Iowa, is designed to be one of the most energy-efficient and environmentally friendly facilities of its kind. A team of experts from
Facebook and its partner, Des Moines-based Black & Veatch Corporation (BV), worked together to develop a facility that will reduce carbon emissions and lower costs at the same time.
The Altoona site will be powered by wind turbines located on-site, which will generate 100 percent renewable energy. The project will also use geothermal energy for cooling and provide water-based heating for the building’s hot water system.
This new facility — called Building 9 — is part of Facebook’s effort to build a network of state-of-the-art data centers that can deliver reliable service to hundreds of millions of people around the world while minimizing the impact on our environment.
What Does it Take for a Venture Capital?
Venture capitalists use private equity to fund early-stage, high-risk businesses. Funding is one way that VCs can help organizations transition toward sustainable practices. To do so they need to understand what makes green data center different than traditional ones and how they will benefit from investing in them.
Green data centers are the future of IT. As more organizations become aware of the benefits of green IT and sustainable data center management, they look for ways to make their operations more environmentally friendly.
Many businesses are looking for ways to reduce their carbon footprint, but few have the resources to build a green data center from scratch. Instead, they must find creative ways to make their existing facilities more eco-friendly.
GreenexDC Roles in Reducing Carbon Emission in Indonesia
We want to invite you to be a part of this new era of data centers in Indonesia. This first step will be toward a cleaner, more sustainable future for our world.
The data center will be designed to meet the requirements for physical security and environmental protection as required by IDPRO (Indonesian Data Center Provider Association).
Our challenge, and the fun part, was to transform the concept of “green” into an opportunity to create something innovative and exciting that would be a landmark in Jakarta. Our approach to data center projects combines decades of experience with a customer-first focus.
We hope that you’ve gained some insight from our green data center case study. We appreciate your time.