Harnessing wave power 🌊 to desalinate water 💧 means we can deliver more clean drinking water to communities in need. Five finalists will build & test their wave-powered desalination devices in the next round of the @AMCPrizes#WavesToWater competition💦: go.usa.gov/xM2wG
Acting Asst. Secretary for Energy Efficiency and Renewable Energy Kelly Speakes-Backman celebrates @ENERGY@AMCPrizes#WavesToWater desalination innovations. Read her full statement here: go.usa.gov/xM2wG
“The climate crisis is an existential threat that can only be mitigated through bold ideas and new technology. MarkZero’s Freshwater Production System is a perfect example of that kind of innovation in Connecticut." Read @ChrisMurphyCT's full statement: go.usa.gov/xM2wG
“I am pleased that a team from North Carolina's Fourth Congressional District has advanced to the final stage of the #WavesToWater competition to harness the power of waves in order to bring water to communities in need." @RepDavidEPrice's full statement: go.usa.gov/xM2wG
• • •
Missing some Tweet in this thread? You can try to
force a refresh
How much solar energy will we need in a decarbonized future? @ENERGY and @NREL set out to find the answer in a newly published report: the Solar Futures Study. Put your sunglasses on and check out the thread below!🌞energy.gov/solarfutures
To achieve our decarbonization goals, solar will need to supply about 45% of our electricity production in 2050, including growing demand from newly electrified loads from cars, buildings, and more.
@ENERGY@NREL Let’s dig in… We started with the goal of achieving 95% decarbonization of the electric grid by 2035 and 100% by 2050. From there, we modeled the role solar energy would need to play to meet those milestones. energy.gov/solarfutures