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California's Dominating Performance in the Behind-The-Meter Energy Storage Market

California has been breaking up numerous documents in the solar and energy storage businesses recently, it is almost getting dull... almost.

When the new solar prices of 2016 came outside, the people eventually got a visual of this skyrocketing growth of solar energy. In the end of 2015, the business celebrated a record-breaking calendar year, using 7,500 megawatts (MW) of solar installed country wide. Solar installations had climbed across every class, such as residential, non-residential, and notably utilities. This was not the conclusion of this great news, however. Solar additionally accounted for nearly 40% of new electric power additions across ALL gas types, making it the best place in 2016 for the very first time, ever.

Solar energy, and with it, renewable energy resources everywhere, appreciated a well-deserved moment from the spotlight, as the nation eventually stopped to take note of the remarkable and unparalleled existence of solar energy in the USA.

Today, energy storage expands the point.

GTM Research along with the Energy Storage Association recently published the newest variant of this U.S. Energy Storage Monitor, and they discussed some fairly awesome news: the latest quarter (Q2 of 2017) logged the many behind-the-meter energy storage methods in one quarter... ever.

As solar may function behind the meter, electricity storage setups may also function onsite, charging and charging locally to supply both residential and industrial clients with all of the energy they require. Behind-the-meter energy storage may still communicate and socialize with the energy grid on a complete, as is true for lots of the installations included in the most recent second-quarter numbers.

Which nations lead the charge as it arrived into residential energy storage development? The answer likely will not surprise you.

Part of the reason why California and Hawaii continue to see substantial achievement in the energy storage industry is due to the terrific incentive programs provided by every state. Nearly all Hawaii's second-quarter deployments came out of their Client Self-Supply program, although California's Self-Generation Incentive Program (SGIP) has supported expansion too.

"California held the lead to behind-the-meter deployments since the Self-Generation Incentive Program lineup has been clear," explained Brett Simon, an energy storage adviser in GTM Research (Simon can also be one of the more important writers of this U.S. Energy Storage Monitor report.)

"at the end of the calendar year, we hope to see more SGIP-related deployment action as the initial deployments in the altered program, which started in May, begin to get interconnected. Furthermore, we hope to see increased growth in California's residential division within the upcoming few decades provided the residential carve-out beneath the most recent edition of SGIP and modifications made to time-of-use prices for solar clients." To put it differently, the growth we are seeing from the home energy storage marketplace is not going to stop anytime soon.

Wondering how you can become one of those many Californians incorporating a tally-mark into the record-breaking amounts, and installing their own energy storage methods? It is simpler than you might imagine, also with Swell, it is downright effortless.

California's SGIP, that appears to be the longest running and most prosperous program of its type in the nation, straight-up pays families to produce their very own energy-secure fortress by energy and installing storage system onsite. The SGIP pays electricity storage users tens of thousands of dollars to relish backup energy and blackout protection... and of course the money that they save in their reduced (or even non-existent) electricity invoices.

The SGIP was originally put into place for a program to lessen peak-load requirement in California. Basically, the grid was not able to take care of the electricity required by Californians through the hours that they had it the most, usually about 5:30 pm. To help alleviate the burden, the SGIP provided to cover consumers to create their own energy, so the grid did not need to provide quite as much.

Despite those attempts, the energy grid remains unstable. Ted Koppel's current publication, Lights Out, illuminated the developing threat of a handicapped power grid. Though our nation's utilities are a priceless source, the systems still rely on 1970s age technologies. Updating utility systems means interrupting support, so it is rarely done. Our existing power infrastructure simply was not supposed to resist contemporary threats. When it was initially designed, the idea of internet hacking only was not there.

The electric grid is very weak because its system is distributed over several installments which are miles apart. An infrastructure such as that's hard to protect. Targeting the energy grid is also attractive due to the domino effect that disabling the grid could have on our nation. In fundamental terms, power retains all of our other systems operating. Take this down single system, and the remainder will follow. We have backed ourselves into a situation where the technology we have to detect and track infiltration of our electricity grid is contingent upon the grid itself. Not perfect, right?

Luckily, you do not need to be in the mercy of a vulnerable grid. Energy storage affects the whole conversation about grid vulnerability. We do not need to discuss prolonged power outages because of impending chance, but a scenario which may be averted entirely. Home batteries set the power back to the hands of the user, and back to the systems and appliances we will need to sustain our own lives.

Home batteries make it possible for families to electricity their particular essential appliances such as refrigerators, water pumps, and heating/cooling apparatus with saved power gathered from renewable energy resources such as solar panels. The consistency and reliability of the sun sets the delicate power grid to shame.

It is time to create your home amazing... and get paid to take action. The SGIP will cover you to bring a power storage system to your property. In case you've got solar panels (or even in the event that you don't), obtaining a house battery only makes sense, even with no SGIP's test coming in the mail. The cost of electricity in the grid continues to rise, while costs of house batteries, together with solar photovoltaics, are decreasing rapidly as the technology grows increasingly more popular. If you are already creating energy through the day, then get a house battery to store it to the day, if you want it the most.

Have questions? Strike a Swell agent--we all adore talking nerdy about energy storage.

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