Autoplay settings
Off On


Scaling Up Renewable Energy Worldwide

Three wind turbines on a green landscape

Tetra Tech provides renewable energy planning, procurement, grid integration, and circular economy services that accelerate the global transition to net zero.

Technological advancements continue to drive down renewable energy prices, often making electricity generated from clean sources, like solar and wind, cheaper than from fossil fuels. Renewable energy powers economies while opening markets to private investment, combating the climate crisis, and creating local jobs, often in rural and remote areas where industry and employment may be scarce.

Tetra Tech helps governments accelerate the clean energy transition and meet their national climate commitments through the Scaling Up Renewable Energy (SURE) program, funded by the U.S. Agency for International Development (USAID).


  • $7.1 billion of clean energy investment mobilized
  • 9.7 gigawatt (GW) of clean energy generation capacity procured; additional 5 GW announced
  • 89 million tCO2e reduced or avoided through 2030
  • 13 clean energy auctions supported
  • 581 institutions with improved capacity to address clean energy issues

During SURE’s first phase from 2017 to 2021, Tetra Tech worked in 31 countries in Africa, Asia, Europe, and Latin America to deliver strategic energy planning, renewable energy auction design and implementation, renewable energy grid integration, and gender equality interventions at energy utilities through USAID’s Engendering Industries program.

With support from Tetra Tech through SURE, the Government of Colombia procured 2,170 megawatts (MW) of new wind and solar power that will reduce emissions by more than 9 million tons CO2 equivalent (tCO2e), attract roughly $2.1 billion in private investment, and diversify the country’s energy mix to make the power system more resilient to climate change.

Drawing from global best practices on system-friendly competitive bidding provided by Tetra Tech, the Government of India procured 6.6 GW of clean electricity through first-of-kind tenders that will power the grid 24 hours a day using a combination of renewable technologies and battery storage. The projects are expected to bring over $3 billion in investment.

Tetra Tech provided exceptional quality work through its strong global and bilateral programming. We were impressed with Tetra Tech’s team in Washington and the field, who delivered excellent results during a period of global uncertainty.

Sarah Lawson, Deputy Team Lead, DDI Bureau, USAID

In concert with USAID’s Power the Future program, SURE supported renewable energy auctions in Kazakhstan by establishing the legal and financial prequalification requirements for the bidding process. In 2018 the Government of Kazakhstan hosted its first auction and added more than 1,000 MW of renewable energy, with bid prices up to 64 percent below previous renewable tariff ceilings.

Tetra Tech developed the USAID Renewable Energy Auctions Toolkit, a gateway to USAID technical resources that policymakers, international development professionals, and energy stakeholders can use to design and implement successful renewable energy auctions. In the midst of the COVID-19 pandemic, Tetra Tech also developed the USAID Powering Health Toolkit, a timely resource that helps health centers design, procure, and install reliable energy systems that power life-saving technologies.

Tetra Tech is now implementing the second phase of SURE, which continues through 2024 and will include an emphasis on climate change mitigation and resilience services and circular economy strategies for renewable energy technologies.

Related highlights

Engendering Industries participants from GRIDCo visit an electricity substation in Tema, near Accra, Ghana

Increasing Gender Equality in Male-dominated Industries Worldwide

Headshot of Araí Monteforte

Araí Monteforte Looks at the Transition to Cleaner, More Sustainable Energy around the World

Headshot of Erin Toelke

Erin Toelke Discusses Challenges, Innovations, and Emerging Technologies for Solar Energy Development

Scroll to Top