Search for any green Service

Find green products from around the world in one place

Nearly 70,000 Americans employed by battery storage industry in 2021

Nearly 70,000 Americans employed by battery storage industry in 2021

The number of people in the US working in battery storage continued to grow in 2021, adding nearly 3,000 jobs from the previous year.

According to the latest edition of the US Department of Energy’s (DOE) annual US Energy and Employment Report (USEER), 69,698 workers were employed in battery storage in 2021.

This equated to an increase of 4.4% over 2020, when the number stood at 66,749, and continued increase from 2019’s 65,904 battery storage workers.

Although battery storage wasn’t counted as a separate breakout category in 2016, the first year the USEER report was published (covering statistics from 2015), the 2020 edition which compiled the previous five editions’ takeaways noted that from 2016 to 2019 a total of 18,300 battery storage jobs were added – equal to growth of 38%.

More than half of employees in the sector (53%) as of 2021 were in construction, 18% in manufacturing, 17% in various professional services roles, 11% in wholesale trade, distribution and transport and a remaining 2% categorised as providers of “other services”.

The DOE surveyed about 33,000 private energy businesses and combined that with public labour data to create its snapshot of estimates across five major energy sectors: electric power generation, fuels, energy efficiency, motor vehicles and transmission, distribution and storage.

Energy storage is counted as a subset of transmission, distribution and storage. The number of battery storage jobs was almost nine times higher than the next highest storage category, pumped hydro energy storage (PHES), which employed 7,901 people in 2021.

In fact, battery storage accounted for 80% of all 86,584 storage jobs, with other categories including petroleum, natural gas and other fuels.

Meanwhile, in power generation categories, solar employed 333,887 people, a rise of 5.4% (17,212) from the year before, while wind power employed 120,164 people. Battery storage has almost caught up with coal’s 70,831 employee numbers and employs more workers than advanced natural gas (69,113), nuclear (55,562) and other power generation technology including natural gas and traditional hydroelectric as well.

 

US battery storage jobs have risen significantly since the first edition of the report estimated figures for 2015. Image: Solar Media from USEER data.

 

However, despite an overall growth in energy employment, as our solar PV colleagues over at PV Tech noted in their coverage of the report last week, it isn’t all good news.

Energy sector job numbers still haven’t returned to pre-pandemic levels after some 840,000 jobs in total were lost by the end of 2020. Secretary of Energy Jennifer Granholm did note that despite a challenging period, the energy sector was still a standout among US industries for job growth in 2021.

Perhaps unsurprisingly, Texas and California made the most new energy sector hires in 2021, with around 31,000 and 29,000 new jobs respectively.

It was also noted that women remain underrepresented in the energy sector, making up a quarter of all jobs versus a national average of nearly half, while Black or African American workers were 8% of the energy workforce versus 12% national average across all industries.

 


 

Source Energy Storage News

The unlikely test bed for hydrogen-power: the superjumbo A380

The unlikely test bed for hydrogen-power: the superjumbo A380

The Airbus A380 represents the last superjumbo of a bygone, kerosene-guzzling era. Now the double-decker will serve as the unlikely test bed to help the industry fly into a fuel-efficient future.

Airbus will use a model to test its first propulsion system using hydrogen, a fuel the planemaker wants to introduce on a new passenger aircraft by 2035. The modified double-decker, the first of its kind that Airbus ever built, will maintain its four conventional turbines, while a fifth engine adapted for hydrogen use will be mounted on the rear fuselage.

The unusual design of the demonstration aircraft, developed in collaboration with engine-maker CFM International, will allow engine emissions including contrails to be monitored separately from those of the engine powering the aircraft, Airbus said in a statement. Contrails, or the wispy clouds planes leave behind in the sky, are of growing concern in lowering emissions as they trap warmer air in the atmosphere.

The hydrogen test programme will give at least one of the troubled jumbo jets, consigned to the commercial scrap heap even before the pandemic, a second life as it tests the new technology.

 

While hydrogen is still under research for use in jet engines, Airbus is attempting to rally the aviation industry behind the technology (file photo).

 

Bloomberg reported on Monday that Airbus was poised to announce the collaboration with CFM, a joint venture of General Electric and Safran.

While hydrogen is still under research for use in jet engines, Airbus is attempting to rally the aviation industry behind the technology as it faces mounting pressure to reduce emissions that lead to global warming. Last year, the airline industry’s main trade group endorsed a plan to reach net-zero carbon emissions by the middle of the century.

“To achieve these goals by 2050 the industry has to take action now and we are,” said Gael Meheust, CFM’s CEO.

The demonstrator is set to begin flying in the middle of this decade. While a commercial product will be much smaller, the development plan allows Airbus to take advantage of the A380’s size to give engineers room for extra tanks, testing equipment, and the fifth engine at the back, executives said.

The main deck of the aircraft will have four hermetically sealed hydrogen tanks and a distribution system to the engine, a modified GE Passport turbofan. That smaller-scale version of CFM’s LEAP engine was originally designed for the business jet market and was chosen because of its light weight.

Airbus will carry out ground tests this year, then convert the aircraft, targeting flight tests by the end of 2026. This is in line with the company’s existing timetable to make its technology choices by 2027 and launch a hydrogen jet by 2035, Chief Technology Officer Sabine Klauke said.

Airbus rival Boeing is testing hydrogen fuel cells on its ScanEagle3 pilotless military drone, while expressing scepticism about the 2035 target for commercial jetliners.

Safran has called hydrogen a “promising candidate” for future aircraft models, and has been developing materials and fuel-system adjustments to be used with the technology.

With manufacturers gearing up to ultimately make the shift to zero-emission flying, engine makers GE, Safran, Pratt & Whitney and Rolls-Royce will all compete for a share of the new market.

Rolls-Royce, which currently specialises in widebody engines, has said it is now considering a return to the single-aisle market and is speaking to both planemakers about possible opportunities. Pratt, a unit of Raytheon Technologies, said Monday that it received US Department of Energy funding to further its work on hydrogen propulsion.

 


 

Source Stuff