![]() ![]() With meeting God being their only hope for saving her, the duo must find a way to make their unique powers mesh together, overcome the opposing Hand Shakers, and make their wish come true. However, Koyori's life is directly tied to her status as a Hand Shaker, meaning if Tazuna was to ever let go of her hand she would die. Remembering her dying wish to never let go of her hand, Tazuna grasps Koyori's hand and awakens his power as a Hand Shaker. After receiving a request for repairs from Professor Makihara of a nearby university, Tazuna stumbles upon Koyori Akutagawa, a bedridden girl that reminds him of his deceased sister Musubu. Tazuna Takatsuki, a high school student with a penchant for fixing things, is one of these Hand Shakers. Each pair of Hand Shakers must battle it out for the right to meet with God, who will reward them by granting them a single wish. By grasping the hand of their special partner, these "Hand Shakers" transport themselves to the realm of Ziggurat, an alternate dimension where time no longer exists. Olinsky-Paul also works on CEG’s Resilient Power project in the areas of solar + storage for critical infrastructure energy resiliency, distributed energy storage policy and economics and is the CEG/CESA lead for state energy storage policy support.Those who receive the Revelation of Babel must overcome many battles and trials. ![]() He directs the Energy Storage and Technology Advancement Partnership (ESTAP) project, which aims to accelerate large scale electrical energy storage deployment through collaborative efforts with state energy agencies, US DOE Office of Electricity and Sandia National Laboratories. Todd Olinsky-Paul is senior project director at Clean Energy States Alliance (CESA) and Clean Energy Group (CEG). The project produced two final reports, available at:ĬESA has also produced a webinar on the study, which can be viewed in CESA’s webinar archives right here. Department of Energy’s Solar Energy Technologies Office. This analysis was conducted as part of the Solar Energy Innovation Network (SEIN), a collaborative research effort led by the National Renewable Energy Laboratory and funded by the U.S. If successfully implemented, this innovative model agreement will enable deployment of larger solar + storage projects, while reducing interconnection times and increasing system reliability. From a state policy perspective, the OEA can enable the scale-up of renewable energy deployment needed to meet state decarbonization and renewable energy goals. From the perspective of the system owner, the OEA can unlock revenue while preserving the owner’s control over the solar + storage system and providing the certainty required for project financing. From the utility’s perspective, it reduces risk without the need for line or substation upgrades. The OEA is intended to benefit all parties. In fact, many utilities view storage as adding to the problem because it increases the overall capacity behind the interconnection point. Grid upgrades can mitigate or avoid these violations, but the cost of such upgrades can run into the millions, and the costs typically fall upon the project proposer, resulting in projects becoming uneconomic.īattery advocates argue that adding battery storage can make renewables more dispatchable, but if grid operators don’t control the batteries, this does little to reduce perceived risks. One problem, from the viewpoint of utilities and grid operators, is that solar PV, while it may have many excellent qualities, is not dispatchable, and this lack of control over the resource can present a risk of grid violations (such as over-production at times when the grid is congested). What’s preventing projects from reaching completion? ![]() ![]() These completion percentages are declining and are lower for solar and wind than for other resources. This may be an extreme example, but it is not an isolated one a recent report from Lawrence Berkeley National Laboratory found that solar PV accounts for the largest share of generation capacity in interconnection queues, and that solar and battery storage are by far the fastest growing resources in these queues - yet, most of this proposed capacity will never be built.ĭuring the 2000-2016 time period, for example, only 23 percent of the projects entering interconnection queues have subsequently been built. Grow Your Solar & Storage Business in 2022 and BeyondĬapacity in interconnection queues as of the end of 2021. Source:.Solar PV Design Software and Sales Tool Buyer’s Guide.2021 Guide to Residential Solar Installer Partner Programs.Solar Rooftop Mounting Buyer’s Guide 2022.Solar + Storage Battery Buyer’s Guide 2022.Ground-Mount Buyer’s Guide 2022: Trackers, fixed tilt.Energy Storage System Buyer’s Guide 2022. ![]()
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