The global additives market is segmented on the basis of product type, end-use, and region. By product type, the market is classified into plastic additives, food additives, construction additives, lubricant additives, fuel additives, coating additives, agrochemical additives, medicated feed additives, and others. Depending on enduse, it is segregated into packaging, food & beverages, building & construction, chemical, automotive, aerospace, animal husbandry, and others. Region-wise, it is analyzed across North America, Europe, Asia-Pacific, and LAMEA.

When one company failed, it joined the other to accelerate the development and manufacture of a successful vaccine. Governments, retail pharmacies, health systems, payers, and nonprofits are working together to provide widespread distribution and administration.

When one company failed, it joined the other to accelerate the development and manufacture of a successful vaccine. Governments, retail pharmacies, health systems, payers, and nonprofits are working together to provide widespread distribution and administration.

When one company failed, it joined the other to accelerate the development and manufacture of a successful vaccine. Governments, retail pharmacies, health systems, payers, and nonprofits are working together to provide widespread distribution and administration.

Amid the tragic consequences of COVID-19, life sciences and medtech companies emerged as lights in the darkness. Decades of scientific work and investment seemed to be overnight successes. The heroic dedication of health care providers was met by the fastest novel vaccine development in history. Traditional competitors partnered to accelerate research and manufacturing.

Amid the tragic consequences of COVID-19, life sciences and medtech companies emerged as lights in the darkness. Decades of scientific work and investment seemed to be overnight successes. The heroic dedication of health care providers was met by the fastest novel vaccine development in history. Traditional competitors partnered to accelerate research and manufacturing.

Amid the tragic consequences of COVID-19, life sciences and medtech companies emerged as lights in the darkness. Decades of scientific work and investment seemed to be overnight successes. The heroic dedication of health care providers was met by the fastest novel vaccine development in history. Traditional competitors partnered to accelerate research and manufacturing. When one company failed, it joined the other to accelerate the development and manufacture of a successful vaccine. Governments, retail pharmacies, health systems, payers, and nonprofits are working together to provide widespread distribution and administration.

Amid the tragic consequences of COVID-19, life sciences and medtech companies emerged as lights in the darkness. Decades of scientific work and investment seemed to be overnight successes. The heroic dedication of health care providers was met by the fastest novel vaccine development in history. Traditional competitors partnered to accelerate research and manufacturing. When one company failed, it joined the other to accelerate the development and manufacture of a successful vaccine. Governments, retail pharmacies, health systems, payers, and nonprofits are working together to provide widespread distribution and administration.

Data centers are the largest consumers of electricity worldwide as they consume around 3% of the world’s electricity, which is expected to exceed 8% by 2030. Also, the increasing construction of hyperscale data centers will raise the energy demand by more than 600 terawatt-hours by 2021. A data center can consume power ranging from 100 kW to over 100 MW. The incoming power to the facility from the utility feed is 2−33 kV, which is reduced to 480 V using on-site transformers. The power from the transformer is fed into the switchgear or automatic transfer switches (ATS), which are connected in parallel to the generator to supply backup power during outages.

Data centers are the largest consumers of electricity in the world. Data centers consume around 3% of the world’s electricity, which is expected to reach over 8% by 2030. The increasing construction of hyperscale data centers will raise the energy demand by more than 600 terawatt-hours of electricity by 2021. A data center can consume power ranging from 100 kW to over 100 MW. The incoming power to the facility from the utility feed is 2−33 kV, which is reduced to 480 V using on-site transformers. The power from the transformer is fed into the switchgear or automatic transfer switches (ATS), which are connected in parallel to the generator to supply backup power during outages.