Center: Debbie Kimberly, Vice President for Customer Energy Solutions at Austin Energy.
In honor of this year’s International Women’s Day we wanted to highlight a clean energy leader in Texas, and we didn’t have to go far from Environmental Defense Fund’s Austin office.
Debbie Kimberly is the Vice President for Customer Energy Solutions at Austin Energy (AE), the municipally-owned electric utility for the City of Austin. Her division is responsible for some of the utility’s clean energy portfolio, including energy efficiency, demand response (a tool that rewards people and businesses for using less electricity when the grid is stressed), and solar initiatives.
Debbie came to AE just over four years ago from an illustrious run at Arizona’s Salt River Project – the electric utility that serves the Phoenix area. I recently interviewed her about her leadership in Texas’ clean energy space. Read More
Also posted in Clean Energy
“If you want to know how wind works for America, just ask a Texan.” That’s according to Tom Kiernan, CEO of the American Wind Energy Association (AWEA), which just released its newest wind industry market report.
The AWEA report shows Texas is the nation’s indisputable wind powerhouse, including serving as home to nearly a quarter of America’s wind jobs. But wind is just one piece of the puzzle, and recent reports confirm the pieces are in place for Texas to blaze the clean energy trail.
Wind is thriving in Texas and solar is growing, while the electric grid remains reliable and billions in savings await. But the Lone Star State can do more: California has more than 10 times as many solar jobs with less than a quarter of Texas’ solar potential. When it comes to clean energy, will lawmakers during this 85th Texas Legislative Session position the state to lead the nation? Read More
What would a world powered by clean, low-water energy look like? If you visit Israel’s southern region, you don’t have to imagine.
In 2011, Arava Power in the southern Israeli desert launched a 4.9 MW solar field (enough to power more than 3,000 U.S. homes). Since then nearly 200 times as much capacity – both fields and rooftops – has been installed in the region. By 2025, it’s likely solar will provide 100 percent of daytime electricity, plus excess, along the border with Jordan.
With solar technology more advanced and cheaper than ever, solar power can take off quickly in Texas, as it has in Israel.
The Arava Desert, where many of Israel’s solar fields are located, averages about 360 days of sunshine per year. Austin, where I live, averages about 300 days per year, and it’s not even as sunny as West Texas. But in January 2017, solar provided just 0.4 percent of power across the vast majority of the state. There is huge opportunity for solar growth in Texas. Read More
Also posted in Solar Energy
On a warm December day, I stood in a jojoba field in the Negev Desert in southern Israel and watched water slowly seep up from the ground around the trees. First a tiny spot, then spreading, watering the plants from deep below. This highly efficient system is known as drip irrigation, and I was there to meet with the world’s leading drip irrigation company, Israel-based Netafim.
Naty Barak, the Netafim director who I met on the visit, notes that if the world’s farmers increased their use of drip irrigation to 15 percent (up from just under 5 percent now), the amount of water available for use worldwide could double.
Drip irrigation saves more than water. Whereas traditional irrigation typically uses quite a bit of energy, drip reduces the pressure (and power) needed to get the water to the crops while reducing the need for energy-hungry fertilizers. Plus, due to the inextricable link between water and power, saving water results in further saved energy.
Texas has already enhanced its water efficiency, but it could go further and take a page out of Israel’s book. By investing in thoughtful drip irrigation now, Texas could lead the nation on expanding this innovative technology and significantly reduce the energy footprint of its irrigation sector, while protecting water supplies for our growing cities and creating more sustainable farming practices. Read More
It’s that time again. Texas leaders are meeting in Austin for the 85th Legislative Session and the next five months will be an interesting wrestling match over human rights, voting rights, bathroom rights, and local rights.
But what about our economic rights? A new report Environmental Defense Fund (EDF) issued to the Texas Legislature, Texas’ Clean Energy Economy: Prioritizing Jobs, Investments, and Growth, shows the Lone Star State’s evolving electricity landscape has created enormous economic growth and jobs. The report explores the policies put in place years ago that has allowed Texas’ power market to become cleaner and more affordable, and it outlines the state’s impressive job growth in energy efficiency, wind, and solar power.
The report urges our leaders to develop and implement a bold, comprehensive Texas energy plan to create well-paid jobs, drive innovation and investment, make us more energy independent, and protect our water supplies, while improving the health of Texans and the environment. Read More
Kate Zerrenner and Leon Kaye of Triple Pundit standing in a desalination pipe at Sorek.
There’s an old expression that whisky is for drinking and water is for fighting over. The Legislative Session is upon us again in Texas, and count on water being an issue, as it always is in this drought and flood-prone state.
To start, this Session will see the approval of the 2017 State Water Plan (SWP), which is done in five-year cycles. In the five years since the last plan, Texas has gone from the throes of a devastating drought to historic flooding, which resulted in some reservoirs being full for the first time in 15 years.
Moreover, as more people move to Texas and climate change advances, there will be greater strain on the state’s water supplies. According to the SWP, Texas is already in a tighter situation than it was just five years ago: Surface water and groundwater availability will be 5 percent lower in 2060 compared to predictions in the 2012 plan, and existing water supplies are expected to drop by 11 percent between 2020 and 2070. Where are we supposed to get the water we need? Read More