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Energy Storage in Commercial Buildings says that growth will be pretty evenly spread throughout three regions: North America, Europe, and the rest of the world, led by Asia Pacific.
The commercial buildings market is currently the largest source of revenue for stationary energy storage companies, primarily thanks to a robust UPS industry, which requires an energy storage component. In addition, there is a relatively healthy market for thermal energy systems, which use thermal mass (either ice or ceramic bricks) to store energy for later use in climate control in a building. Finally, an emerging segment of electrical energy storage systems is beginning to be established in some parts of the world. The future growth of energy storage systems for commercial buildings is heavily dependent on the local regulatory environment, both from the perspective of the electric utility’s rate structure and government incentives for energy storage systems.
A Pike Research report published in late 2012 said the total number of energy storage projects worldwide — including announced, funded, under construction, and operating facilities— reached 714 in the last quarter of the year. Energy Manager Today is a leading energy management news and industry analysis resource, featuring daily trade publication news to keep corporate executives fully informed. Energy management news, policy and industry analysis by Business Sector Media, LLC - Copyright ©2016, all rights reserved. That could be good news for manufacturers, retailers, and other businesses or schools which can gain more control over their electricity bill.
SolarCity has already made a foray into residential solar combined with energy storage -- now it expects to build and finance 30 to 50 commercial solar-battery systems next year. We spoke with Eric Carlson, Senior Director of Grid Systems Integration, along with SolarCity's Jonathan Bass. As with most commercial storage applications, the system addresses demand charge management, reduces peak demand, and provides emergency backup power. The commercial systems from SolarCity are provided with no upfront cost through a ten-year service agreement, along with lower energy costs from day one, according to the firm.
The system requires no behavioral or operational changes by the business and can power "IT functions, security systems, cash registers and other critical business systems during power outages," according to a statement.
Tesla CTO and co-founder JB Straubel commented in a release, “The economics and scale that Tesla has achieved in the automotive market now make stationary energy storage more cost-effective and reliable than it has ever been in the past. Energy storage of this nature works best in regions with high demand charges or complex rate structures. SolarCity's announcement comes at a peculiar time for energy storage in the Golden State. The IOUs are making the case that consumer energy storage can game the system and threatens net energy metering (NEM).
In any case, California leads the nation in energy storage legislation, mandates and goals, while SolarCity and the other behind-the-meter storage vendors are testing the current limits of how energy storage can be deployed on the grid edge. Energy storage has long been viewed as the holy grail of smart grid technologies, since it can fulfill the roles of conventional generation, transmission, and distributed assets, as well as providing value in behind-the-meter applications. Other growth drivers for distributed energy storage include demand charge reduction for commercial and industrial customers, frequency regulation, and state-level incentives. Network and establish your business in one of North America’s largest energy industries. CleanTechnica is the #1 cleantech-focused news & analysis website in the US & the world, focusing primarily on electric cars, solar energy, wind energy, & energy storage. The integrated storage system has been designed to reduce demand on the grid using predictive analytics that respond to spikes in electricity demand. The energy storage solution has been specifically designed to manage the power loads of commercial-scale applications.

Energy optimization company Stem has teamed up with tech giant Kyocera’s solar division to deliver an integrated solar PV and energy storage solution to the commercial market.
Stem's behind-the-meter storage and predictive analytics combine in the system to enable rapid response to spikes in commercial customers' electricity demand, drawing on previously stored power to reduce energy costs. With 20GW+ of wind and solar generation connected to the UK’s electricity system and more to come, there will be an increasing need for energy storage. A report prepared by KPMG LLP at the request of the UK’s Renewable Energy Association (REA) indicates storage may soon be economic for both domestic and business prosumers in certain circumstances. The case for early adopters purchasing is bolstered by nonfinancial buying criteria; such as a desire to reduce reliance on the mains grid.
Lithium-ion battery systems include Tesla Powerwall and the soon to be released Enphase AC Battery. For large scale energy storage, KPMG found it’s already economic in certain circumstances, but the relative newness of storage technologies may mean funding barriers to commercial deployment continue to pose a challenge.
Energy storage in general will bring a number of benefits to the UK’s grid; including lower electricity costs, decreased network investment, balancing local demand and supply and an increasing contribution to decarbonisation.
The report, “Development of decentralised energy and storage systems in the UK”, can be viewed in full here (PDF).
India announced a delay in the introduction of the scope of compulsory licensing under the "Compulsory Registration Scheme".
A new documentary film showcases Saarland projects that utilizing changing Energy Transition.
The majority of the revenue will come from the uninterruptible power supply (UPS) energy storage system segment.
The research firm estimates that segment alone to generate $3.7 billion in global sales in 2013.
In regions where energy storage is incentivized through utility rebates, time-of-use rates with high differentials, or government mandates, growth is expected to be much higher. It's not such good news for smaller competitors such as Stem, Solar Grid Storage, Silent Power or Demand Energy. The duo noted "the software legacy" of SolarCity being combined with what Bass called "the world's most advanced battery pack" from Tesla Motors.
Energy storage could potentially integrate with utility demand response programs, engage in permanent load shifting, and cope with EV charging demands. They want to be able to pump water up to gravity feed tanks and run a service elevator for a few hours. Typically, the storage system is sized at about 30 percent the size of the solar installation.
While utility-scale solar is being looked at carefully in California because of a 50-megawatt mandate for SCE and a 1.3-gigawatt mandate in the state, it is also getting some pushback by the large investor-owned utilities (IOUs).
John writes, "It’s too early to know whether the CPUC will side with solar and energy storage advocates on this issue. Carlson of SolarCity notes that under the current tariff, there is a specified way of metering systems when solar is deployed along with other devices. Prior to joining GTM, Eric Wesoff founded Sage Marketing Partners in 2000 to provide sales and marketing-consulting services to venture-capital firms and their portfolio companies in the alternative energy and telecommunications sectors. His strengths are in market research and analysis, business development and due diligence for investors.
Driven in part by the growth of solar photovoltaics, over 720 megawatts of distributed energy storage will be deployed in the U.S.

The high cost of energy storage technologies compared to traditional grid alternatives has been a longstanding barrier to widespread adoption. California and New York have been the clear leaders in advancing storage initiatives to date, particularly for behind-the-meter assets. Mike covers key findings from GTM Research's solar, grid edge and energy storage reports and data services. It is part of Important Media -- a network of 20 progressive blogs working to make the world a better, greener place. Opinions and comments published on this site may not be sanctioned by, and do not necessarily represent the views of Sustainable Enterprises Media, Inc., its owners, sponsors, affiliates, or subsidiaries.
The storage system automatically reduces demand on the grid, a process that provides guarantees for significant energy savings for commercial users, guarding against current and possible future tariffs. By using the company's high-performance solar modules, savings are maximized, while Kyocera's renowned brand quality and market reach will help the storage system grow beyond its current markets of California, New York and Hawaii.
Stem's system can, on average, save customers up to 20% on their annual electricity bill, and can also predict power usage up to 30 days in advance, charging the onsite battery from the utility grid when rates are at their lowest. Simply log in or register, enter the information you want to appear and we'll publish it for you!
Battery systems are expected to become generally economic for these UK households and businesses that already have existing solar power systems from around 2017.
It's also a crash course in grid edge reality as consumers take a more active role in their energy usage and continue to challenge the traditional utility-customer dynamic. It's a conflict holding back the progress of more than 300 solar-storage projects that would add up to 10 megawatts of capacity. Different metering is required when there is a shared inverter as opposed to when there are two separate inverters. He frequently consults for energy startups and Silicon Valley's premier venture capitalists. But that's beginning to change with advances in battery technologies, cost reductions driven by mass production of batteries for consumer electronics and electric vehicle applications, and continuous improvements in balance-of-system costs for grid-integrated systems.
This prolific growth has opened a window of opportunity for the deployment of distributed energy. The technology is sophisticated enough to allow for widespread adoption (though still expensive), and the business models are just beginning to emerge. The IOUs are looking to block solar-storage projects that seek to interconnect to the grid under the state’s net metering program. From a technical perspective, storage can be used to smooth the output and variability of solar energy and may ultimately lead to solar receiving larger capacity credits or help to avoid capacity charges.
A few geographies, driven by policy and incentive, will dominate distributed generation storage in the coming years. During winter, in transitional periods in spring and fall, and at night, the facility is supplied with energy by the upstream electrical grid.

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