Skip to main content
  1. Home
  2. Emerging Tech
  3. Apple
  4. Legacy Archives

Apple invests nearly a billion bucks in California solar farm

Add as a preferred source on Google

Looking for projects to spend its mountains of money on, Apple CEO Tim Cook said Tuesday the tech behemoth intends to lay down nearly a billion bucks for the construction of a gargantuan solar farm in Monterey, California.

Speaking at the Goldman Sachs Technology and Internet Conference in San Francisco, Cook described the plan as the company’s “boldest, biggest, most ambitious project” to date.

Recommended Videos

Working with solar panel maker First Solar, the completed 1300-acre farm will provide enough energy to power Apple’s California operations, including its under-construction ‘spaceship’ headquarters,’ which should be ready to welcome employees as early as next year.

Keen to highlight his company’s green credentials, Cook told his audience, “We know in Apple that climate change is real. The time for talk is passed – the time for action is now.”

Arizona-based First Solar said work on building the new solar farm is set to begin around the middle of this year and should be completed by the end of 2016. It described the deal with Apple as “the largest agreement in the industry to provide clean energy to a commercial end user.”

Environmental group Greenpeace responded positively to the news of Apple’s investment, saying in a statement: “It’s one thing to talk about being 100 percent renewably powered, but it’s quite another thing to make good on that commitment with the incredible speed and integrity that Apple has shown in the past two years.”

It added that while Apple still had work to do to reduce its environmental footprint, “other Fortune 500 CEOs would be well served to make a study of Tim Cook, whose actions show that he intends to take Apple full-speed ahead toward renewable energy with the urgency that our climate crisis demands.”

The news of Apple’s $850 million investment in the Monterey solar farm comes just a week after it said it’d be spending a sizable $2 billion on converting its failed sapphire plant in Mesa, Arizona into a brand new data command center, which’ll also be powered by a solar farm.

Trevor Mogg
Contributing Editor
Not so many moons ago, Trevor moved from one tea-loving island nation that drives on the left (Britain) to another (Japan)…
The FBI secretly built an entire fake town just to practice cyberattacks
Hidden inside a warehouse in Alabama, the Kinetic Cyber Range recreates real-world digital attacks from start to finish.
FBI Kinetic Cyber Range Featured

While Hollywood has fake cities for filming movies, the FBI apparently has one for getting hacked. The agency has pulled back the curtain on its Kinetic Cyber Range, a 22,000-square-foot replica small town hidden inside its Huntsville, Alabama campus. But instead of training officers for shootouts or hostage rescues, the facility is designed to simulate realistic cyberattacks on homes, businesses, and critical infrastructure so investigators can practice responding to them in a controlled environment.

The FBI built an entire town just to simulate cybercrime

Read more
Brazil’s secret World Cup weapon taught the team when to ignore it
The data said he wasn't running enough. The footage said he was always in the “perfect tactical position.”
Soccer ball in net

Brazil has more World Cup titles than anyone, five of them to be precise, but after going through five straight tournaments without adding to that count, the team is leaning hard on data this time. 

Every player wears a sensor-packed "smart vest" tracking field position (via GPS), heart rate, and a stat called "player load," the same kind of numbers that your Whoop band or Apple Watch brags about, but tuned specifically for the sport.

Read more
New OLED breakthrough could make the next see-through screen actually worth using
The electrode fix that could finally make see-through screens worth looking at.
Computer Hardware, Electronics, Hardware

Every transparent OLED demo I’ve seen so far looks amazing for about ten seconds, right before I notice how dim or smudgy it actually looks. A big part of the problem is the role that electrodes play in the design. 

A transparent display requires a see-through electrode that sits on top of incredibly delicate organic light-emitting layers. However, most of the usual options either conduct electricity poorly or risk damaging those layers during manufacturing. 

Read more