The energy system is so complicated, the way you turn on the lights, the water in your shower or the electricity to your thermostat is so critical.
When those things go down, the whole system can go.
Solar power, like other renewable energy sources, is often viewed as the solution to this problem, because it is cheap, reliable and it produces a lot of clean energy.
But when that system goes down, it can also lead to a loss of power, a disruption of power grids and ultimately, loss of life.
That’s why many solar companies have invested billions of dollars to make sure their technology can work even if they do not have enough renewable energy to power everything they produce.
But with all that investment, solar companies often fail to realize that they are building a system that will fail in unexpected ways.
Solar panels can fail if the wind blows sideways, for instance, and the system does not automatically turn on or off.
Sometimes, the systems themselves fail.
And in some cases, they fail because of faulty components or software that is not being used.
“It’s really hard to predict what’s going to happen,” said Matt Boudreau, senior energy analyst at The Greenhouse Gas Association, an advocacy group that works to reduce greenhouse gas emissions.
Boudreau said the risk is higher when systems are being installed in locations with a high concentration of people who do not know the systems’ specifications.
For instance, a solar system installed on a small house could be vulnerable to wind and solar damage.
“The big problem is that systems that are used by thousands and thousands of people can have some of the worst performance problems,” Boudauer said.
And even if a system is properly installed and running, if there is a problem, it may take weeks, months or even years to resolve.
Even the best systems can cause problems.
The first SolarWorld system that caught fire in California was a single-panel system that only required one power switch to operate.
That was in 2005, and there were not enough solar panels in California to meet the demand.
The system was designed to be installed on rooftops, but the owner had not installed a system of its own.
The fire happened in the roof of a home that was connected to a solar panel.
It was a sunny afternoon when the fire broke out, but it was a hot day, and wind had picked up that afternoon, Boudoures said.
As it blew out, it caught fire on the roof, and by the time the fire department arrived, the fire had already engulfed the entire house.
SolarWorld has since installed a second system, which requires two switches to operate, which is why the company says it has installed a third system that requires one more switch to turn on and off.
The company says that a system designed to last for decades should be able to last as long as 20 years, even though the second system was installed less than five years ago.
It was not clear whether the problems that led to the fire at SolarWorld were unique to that system or a larger problem.
But the company said it had begun the process of replacing the second panel.
In some cases where the company is working on a system, it is difficult to track the installation progress, because the companies are not required to make a report.
Boudiere said that if the company did not get reports from a customer, it could be difficult to know how long it was expected to take to install and maintain a system.
“What we do know is that a lot can go wrong, because you never know when the system is going to fail,” Boutreau said.
SolarWinds is the latest company to try to address the problem.
SolarWinds has a small solar panel that was designed in 2006 to be connected to the system.
But it has only been used two times in California, in January and June of this year, when a wildfire broke out on a residential rooftop.
Solarwinds says the panels are working perfectly, and that it has not had a single issue.
But SolarWind’s systems have a problem that has been noticed for years, said Paul Storr, a senior vice president at SolarWind, the company that developed the SolarWind system.
The problems have been reported for years and are a concern for the system, Storrs said.
But his company does not know how many customers have been affected by the problems.
Solarwinds is working with SolarWind to make changes to the systems to make them more resilient.
Solar and Wind have partnered with companies to develop software that automatically detects and prevents the systems from going down, but solar companies do not typically have the experience and the resources to monitor and control systems that operate for thousands of customers, said Jon Jang, vice president of solar and energy at the American Solar Association.
SolarPower says its systems have not gone down in California in over a decade.
The company has installed over 2,000 solar