Real Experience in Storage + Renewables
|2017||Electric Utility||Energy Storage Feasibility Study (IOU)||California|
|2017||Electric Utility||Energy Storage Feasibility Study (Co-op)||Colorado|
|2017||Developer||Financial Model Design||USA|
|2017||Developer||Solar+Storage Design / Analysis||Oklahoma|
|2017||Developer||Financial Model Design||United Kingdom|
|2017||Developer||Solar+Storage Design / Analysis||Virginia|
|2017||Developer||Wind+Storage Feasibility Study||Texas|
|2017||Developer||Solar+Storage Design / Analysis||California|
|2017||Developer||Wind+Storage Design / Analysis||Texas|
|2017||Developer||Battery Storage Engineering Design||Oregon|
|2017||Developer||Battery Storage Engineering Design||Oklahoma|
|2017||Grid Operator||Energy Storage RFP Drafting||Jordan|
|2017||Electric Utility||Energy Storage RFP Drafting / Management||Texas|
|2017||Electric Utility (Muni)||Energy Storage Feasibility Study||Massachusetts|
|2017||Electric Utility (Muni)||Solar+Storage Design / Analysis||Massachusetts|
|2017||Developer||Battery Storage Interconnection Agreement||California|
|2017||Electric Utility||Solar+Storage Analysis||Florida|
|2017||Developer||Energy Storage Design / RFP Drafting and Management||Japan|
|2016||Electric Utility (Co-op)||Energy Storage Feasibility Study||Texas|
|2016||Electric Utility (Muni)||Energy Storage Feasibility Study||Texas|
|2016||Developer||Solar+Storage Design / Analysis||Hawaii|
|2015||Electric Utility (Muni)||Energy Storage Feasibility Study||Texas|
Led a multidisciplinary team (as Project Manager) that developed a state of the art, trigger based, real-time energy trading platform leading to a projected $3.3MM in annual revenue. Collaborated with ERCOT to shape program parameters and policy. Managed day-ahead bidding and daily operations. Applications Included Fast Response Frequency Regulation and Real-time market arbitrage. The battery system is capable of storing electricity produced by a 153 MW wind farm.
Optimized bidding schedule and charging schedule. Managed day-ahead bidding and daily operations. Integrated with a 200 MW wind farm. Applications included Fast Response Frequency Regulation.
Managed daily operations of integrated 30 MW wind farm. Enabled interconnection at the end of an existing 46kV radial line and compliance with stringent PPA ramp control and smoothing requirements. Applications included Ramp Control, Smoothing and Voltage Support.>
Managed daily operations of integrated 21 MW wind farm with high SOC requirements. Applications included Ramp Control, Curtailment Capture, Responsive Reserves, AGC and Frequency Response.
Managed daily operations to mitigate the variability of a 6 MW solar PV project. Provided grid support services resulting in brown and blackout avoidance. Applications included Responsive Reserves, Ramp Control, Frequency Response and Voltage Response.
Managed daily operations of integration with wind (4.8 MW) and hydro facilities. Led to reduction in diesel fuel consumption and increase in renewable penetration. Applications included Ramp Control, Frequency Response and Voltage Response.
Managed daily operations of integrated 1.2 MW PV. Enabled the 4 MW island grid to replace diesel peakers with battery energy storage. Applications included Ramp Control and Frequency Response.
Managed daily operations of integrated 500 kW PV array, one of Michigan’s largest solar generation systems. Applications included Load Shifting and Load-Leveling.
Managed daily operations of integrated 204 MW wind farm. Applications included Time Shifting and Load Following.
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