1.1 Research Scope

1.2 Research Process and Methodology

1.3 Key Findings

2.1 Operational Time is a Crucial Parameter in Grid Scale Applications

2.2 Electrochemical Storage Second Only to Pumped Hydro Storage

2.3 Ice Energy Storage Emerging as a Crucial Thermal Storage Solution

2.4 Longer Operational Lifetime is a Key Feature Fly Wheel Energy Storage and Compressed Air Energy Storage

3.1 Renewable and Conventional Energy Shifting is a Crucial Energy Application

3.2 Faster Response Capabilities Enable Load Following and Regulation

3.3 Transmission Congestion Challenges can be Sorted Using Energy Storage

3.4 Capacity Firming is a Key Renewable-based Application of Energy Storage

4.1 Sodium Sulfur Containerized Batteries for Prolonged Operation

4.2 Individual Cooling for Battery Units Makes More Efficient Solutions

4.3 Multiple Solutions to meet Individual End-user Needs

4.4 High Energy and High Power Solutions for Grid Scale Applications

4.5 Flow Batteries for Residential Applications

4.6 Titanium Electrode for Flow Batteries to Reduce Change in Electrode Composition with Usage

5.1 Modular Solution Using Volcanic Stones for Thermal Storage

5.2 Highly Scalable Modular Ice energy Storage for Commercial Application Onsite Support

5.3 Thermal Storage Solution with Smaller Footprint for Commercial Storage

6.1 All Steel Flywheel Solution with High Recyclability

6.2 CAES Solution with No need of Fossil Fuel for Air Heating

6.3 CAES to Enable Wind Energy Generation in Texas

7.1 Government Funding Crucial in Enabling Storage Integration

7.2 New Business Models Enabled by Grid Scale Storage

8.1 Key Industry Contacts

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