Design for Sustainability,
Design for the Future
While data centers account for a large part of the technology sector’s energy consumption, they have a key role to play in this rapidly evolving energy landscape. Data centers and other types of critical infrastructure – such as telecommunications networks, Industry 4.0 and airports – can find new ways to become sustainable, generate revenues and reduce costs. Innovations from fuel cells to grid support technologies and renewables are now available to help in many organizations’ decarbonization and zero waste goals allowing them to transform from energy consumers to energy suppliers.
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Featured Content
Energy Transition and Data Centres: Going from Energy Consumer to Energy Supplier
The energy sector accounts for about 60% of all global greenhouse gas emissions. Therefore, the Goal 7 of the UN SDGs, to make the world and development more sustainable, is to ensure access to affordable, secure, sustainable, and modern energy. In other words, having cleaner energy, which means decarbonising it and relying more on renewables.
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Case studies
Case Studies
Alternative Energy to Offer Connectivity in the Paraguayan Chaco
24/2/22An important telecommunications company with a regional presence requested a special project to provide, install and commission solar power stations to provide connectivity in the area of the Pilcomayo River deep in the Paraguayan Chaco.
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News Releases
30/3/21
Case Studies
24/11/17
Featured Products
At Vertiv, we help you design products and provide services to meet your customers’ needs from performance to sustainability. Leveraging on the principles of sustainable design, we provide high and water-efficient solutions that are durable and long-lasting. This helps preserve vital resources and lead to a more sustainable industry and environment.
Liebert VIC solution is empowering the full computing potential with immersion cooling technology; where, servers are installed vertically in horizontal racks filled with a dielectric coolant, which is an excellent conductor of heat, but not of electricity. The coolant circulates between the racks and a coolant distribution unit (CDU) connected to a warm water loop, which may use a cooling tower or dry cooler, or a chiller return line, as the final form of heat removal.
Liebert® EXL S1 delivers secure power while providing first class load protection and maximum energy saving for medium-large data centers and mission critical applications.
Vertiv™ Liebert® PCW is designed to lead the thermal management market for Chilled Water (CW) perimeter units for all data center configurations, thanks to its well-established design that minimizes running costs for the entire cooling system. PH250 is available with the new rear and front flow configurartions, supporting non-raised floor applications.
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Grid interactive UPS supports revenues generation and cost savings
A grid interactive UPS with a properly sized energy storage system can easily provide a fast-enough response to meet the needs for frequency containment, support a variety of income generating services, and allow cost savings opportunities through demand management.
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