Kingfisher Reserve Energy Storage Project
Supporting Hoosiers. Investing in Hamilton County.
Since 2017, Aypa Power has been investing in energy storage and clean energy projects to build more resilient communities and move our nation toward energy independence. Today, we operate over 30 energy projects across North America, with an additional 20+ gigawatts of projects in various stages of development or construction.
We are proposing to build the Kingfisher Reserve Energy Storage Project—a 200-megawatt battery energy storage system to be located in White River Township, Hamilton County, Indiana. Strategically sited more than four football fields—over 1,300 feet—from the nearest residence, this facility’s state-of-the-art storage technology will safely capture electricity when demand is low and deliver it back to consumers when it's needed most.
The project is thoughtfully designed to meet or exceed all local, state, and national safety and permitting standards. Once operational, the project will deliver affordable, reliable energy to Hoosiers—contributing to a safer, more secure electric grid for Indiana.
What is
Battery Energy Storage?
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BESS are key to keeping Indiana’s energy reliable and affordable. The Midcontinent Independent System Operator (MISO), which manages the state’s electric grid, has identified a significant and growing electric capacity shortfall in Indiana.
To address this serious challenge, MISO has called for the rapid deployment of flexible, fast-responding resources like BESS. These systems help stabilize the grid, reduce transmission congestion, and delay the need for costly infrastructure upgrades.
By safely storing electricity during off-peak hours and releasing it back to the grid when demand is highest, BESS help ensure that homes, hospitals, businesses, and other critical users have reliable access to power exactly when it's needed most.
BESS are key to keeping Indiana’s energy reliable and affordable. The Midcontinent Independent System Operator (MISO), which manages the state’s electric grid, has identified a significant and growing electric capacity shortfall in Indiana.
To address this serious challenge, MISO has called for the rapid deployment of flexible, fast-responding resources like BESS. These systems help stabilize the grid, reduce transmission congestion, and delay the need for costly infrastructure upgrades.
By safely storing electricity during off-peak hours and releasing it back to the grid when demand is highest, BESS help ensure that homes, hospitals, businesses, and other critical users have reliable access to power exactly when it's needed most.
Safety Culture
We share in Hamilton County's unwavering commitment to public safety. The project will adhere to all local, state, and national safety standards, including a layered fire safety plan developed in partnership with local fire officials. We’ve already begun local safety trainings and are committed to ongoing sessions.
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Far from
Residents
Storage equipment is thoughtfully located over 1300 feet from the nearest residence, exponentially exceeding standards required by the State of Indiana. Surrounding vegetation will also be maintained, and where needed added, to make the project invisible to the public.
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Investing in Hamilton County
With an estimated project cost of over $200 Million, the Kingfisher Reserve Energy Storage Project will generate millions of dollars in tax benefit for the County, alongside supporting hundreds of jobs during peak construction.
Project Overview
An established and proven energy solution, Battery Energy Storage Systems (BESS) helps deliver safe, affordable, and reliable energy.
The Kingfisher Reserve Energy Storage Project is a proposed 200 megawatt / 800 megawatt-hour energy storage facility that will be located in White River Township adjacent to the Duke Energy Noblesville Generating Station.
Situated over 1300 feet from the nearest residence —far exceeding NFPA’s 10-foot setback recommendation, this project's storage equipment is strategically sited to serve power demand in Hamilton County.
*Example energy storage containers from Aypa's Borden facility.
BESS facilities are designed with safety in mind, and to ensure communities stay safe, these facilities include:
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Modern Safety Standards: Every facility meets modern NFPA, UL, and IFC standards, along with local and State requirements.
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Proven-Safe Battery Chemistry: facilities use the safest battery chemistry, Lithium Iron Phosphate (LFP). LFP is proven to utilize safer, more advanced chemistry for operational safety.
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Battle-Tested Products: Individual battery units, subcomponents, and racks are all UL-certified and undergo thousands of test hours before being used in our facilities.
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24/7 Early-Detection Monitoring: Always-on, redundant sensors that monitor system anomalies early and automatically trigger alerts.
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Modern, Outdoor Design: Outdoor battery projects in separate, fire-resistant containers minimize fire risk.
Modern, Safe,
and Essential
BESS has been used across North America for decades as an established solution for our energy needs. As our energy demand increases, this modern, more innovative technology is helping power our daily lives.
BESS facilities are designed with safety in mind, and to ensure communities stay safe, these facilities include:
-
Modern Safety Standards: Every facility meets modern NFPA, UL, and IFC standards, along with local and State requirements.
-
Proven-Safe Battery Chemistry: facilities use the safest battery chemistry, Lithium Iron Phosphate (LFP). LFP is proven to utilize safer, more advanced chemistry for operational safety.
-
Battle-Tested Products: Individual battery units, subcomponents, and racks are all UL-certified and undergo thousands of test hours before being used in our facilities.
-
24/7 Early-Detection Monitoring: Always-on, redundant sensors that monitor system anomalies early and automatically trigger alerts.
-
Modern, Outdoor Design: Outdoor battery projects in separate, fire-resistant containers minimize fire risk.
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A layered fire safety plan creates effective preventative measures, fire growth control, life safety and property protection, and fire mitigation.
Each system is designed with redundant, fail-safe mechanisms both at the site and component level, and is monitored 24/7 by a remote operating center.
Best-in-Class, Layered Safety Approach
Our storage systems incorporate a comprehensive, project-specific Emergency Response Plan (ERP), developed in direct coordination with local Fire officials and independent fire safety organizations deeply familiar with BESS safety and code compliance.
A layered fire safety plan creates effective preventative measures, fire growth control, life safety and property protection, and fire mitigation.
Each system is designed with redundant, fail-safe mechanisms both at the site and component level, and is monitored 24/7 by a remote operating center.
We take a strategic approach to BESS project siting by prioritizing locations close to existing utility infrastructure and that exceed industry standards for distances from sensitive areas such as residential property.
How
Energy Storage Works
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An advanced energy management system oversees the equipment 24/7 to guarantee
the secure, reliable exchange of energy from the grid. -
During periods of low demand, like nighttime, energy is stored from the grid.
-
In times of high demand, stored energy is instantly released back to the grid, typically
in a matter of milliseconds. -
Energy is seamlessly available to homes, schools, business, and other consumers.
Aypa Power uses state-of-the-art energy storage systems known for their safety and dependability.
Here's the process in action:
Frequently Asked Questions
Aypa Power will build, own, and operate the project over the planned 20-30 year operational period.
The project will be located adjacent to the Duke Energy Noblesville Generating Station. The project will be sited to the west of the station, with storage equipment over 1300 feet from the nearest residence.
Energy storage projects play a vital role in strengthening grid reliability and safeguarding communities. Beyond their technical benefits, these projects deliver lasting economic value—generating millions in tax benefits to support local initiatives and creating hundreds of construction jobs that stimulate the regional workforce.
This site was strategically chosen to meet energy demands and best leverage existing electrical infrastructure. The site selection process is multifaceted, requiring us to also balance community interest, environmental considerations, land availability, and surrounding land use. Ultimately, this location underscores our commitment to thoughtfully enhancing local energy resilience through responsible development.
Project construction is scheduled to commence in 2027, subject to permitting approvals.
Each of our projects complies with all applicable codes and standards for BESS and equipment, including NFPA 855, UL 9540. In addition to these national codes and standards, our projects meet all building, fire, and zoning codes of the state and locality where they’ll be sited.
Our storage systems further incorporate a comprehensive, project-specific Emergency Response Plan (ERP), developed in direct coordination with local Fire officials and independent third-party organizations deeply familiar with BESS safety and code compliance. A layered fire safety plan incorporates accounts for effective preventative measures, fire growth control, life safety and property protection, and fire mitigation. In addition, local fire departments receive specialized, site-specific training on BESS safety and emergency response protocols.
Finally, each system is designed with redundant, fail-safe mechanisms both at the site and component level, and undergoes continuous monitoring by our 24/7 Remote Operating Center.
The battery chemistry will be Lithium Iron Phosphate (LFP), which is a type of lithium-ion battery that uses lithium iron phosphate as the cathode material to store lithium ions. LFP batteries typically use graphite as the anode material. The chemical makeup of LFP batteries gives them a high current rating, good thermal stability, and a long service life.
Each battery cell consists of an anode, cathode, electrolyte and separator. Cells are combined to form modules, which are then stacked in racks. Racks are housed in a container.
Our dedicated project team looks forward to hearing from you. Please reach us directly by email at kingfisher@aypa.com, by phone at (317) 463-8353, or by using the online submission form below.
Battery Energy Storage Resources
An energy storage project typically consists of large, modular units that resemble shipping containers. The outdoor project site is enclosed by fencing and equipped with security measures like surveillance cameras to ensure safety.
American Clean Power
EnergyStorage.org
U.S. Department of Energy
Energy Storage
Fact Sheet
Fact Sheet
Contact Us
Aypa Power values its responsibility to serve and support local communities. We welcome your questions and feedback via the form below, by email at kingfisher@aypa.com, or by phone at (317) 463-8353.
How Battery Energy Storage Works
Battery energy storage can maximize solar farms by storing excess energy generated during peak sunlight hours, ensuring a consistent and reliable power supply even when the sun isn't shining.
Here's the process in action:
-
An advanced energy management system oversees the equipment 24/7 to guarantee the secure, reliable exchange of energy from the grid.
-
During periods of low demand or peak production, energy is stored.
-
In times of high demand, stored energy is instantly released back to the grid, typically in a matter of milliseconds.
-
Energy is seamlessly available to homes, schools, business, and other consumers.
Battery Energy Storage Resources
An energy storage project typically consists of large, modular units that resemble shipping containers. The outdoor project site is enclosed by fencing and equipped with security measures like surveillance cameras and lighting to ensure safety.
American Clean Power
EnergyStorage.org
U.S. Department of Energy
Energy Storage
Fact Sheet
Fact Sheet
