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Doosan Gridtech

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About Us
- Executive Leadership
- Vision
  Our vision is to deliver flexible and scalable energy storage systems through the design of intelligent, award-winning software built on open standards for the delivery of renewable and sustainable power where and when it is required.
- History
  Doosan GridTech was formed in 2016 when Doosan Heavy Industries acquired all of the outstanding shares of 1Energy Systems, Inc., as part of the firm’s continuing expansion into renewable energy.
- Doosan Credo
- Doosan Brand
Products
- Overview
  The Doosan GridTech™ software control platform places decision making intelligence where it is most effective.
- Intelligent Controller
- Distributed Energy Resource Optimizer
Services
- Overview
  Doosan GridTech™ services are designed to help electric utilities every step of the way as they make the most of distributed energy resources.
- Modeling/Design Services
  Doosan GridTech™ modeling/design services include engineering to specify the optimal configuration of assets and control algorithms to meet our customer’s distributed energy objectives.
- System Integration Services
  Doosan GridTech™ system integration services employ a flexible approach that complements the utility’s core competencies with specialized support from an experienced Owner’s Engineer.
- O&M/Warranties Services
  Doosan GridTech™ warranties all our software and services, and we offer operation and maintenance service plans customized to the customer’s unique business needs.
Customers
- Our Customers
  Our customers present a wide range of use-cases in the deployment and management of distributed energy resources, calling for flexible, needs-based solutions.
- Case Study
  Learn how an electrical distribution utility customer drove economies of scale.
Careers
- Current Opportunities
News & Media
Our Projects
- Project Experience
FAQ
- What is an ESS?
  At the heart of every energy storage system are three essential components – a storage medium, a power conversion system and the control software that orchestrates the overall system.
- What is a Microgrid?
  Microgrids come in many shapes and sizes – our focus is on those where the electric utility is actively involved.
- What is Engineering for Scale?
  Engineering for scale looks to bring the traditional advantages of economies of scale to the energy storage system (ESS) market, through the use of standardization and open standards.

Project Experience
- Project Experience

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Our Projects

Our battery storage experts in Seattle, Melbourne, and Seoul have designed, built, and provided flexible controls for dozens of installations in the Americas and Asian-Pacific regions – representing over 700 MWh of capacity.

ESS Design & Delivery – US & Australia

		PROJECT		CLIENT & TECHNOLOGY		OBJECTIVES		APPLICATIONS
		Wandoan South ESS Queensland, AUS 100 MW / 150 MWh		Client: Vena Energy Battery: Samsung Li-Ion PCS: Power Electronics EMS: DG-IC		Market participation, standalone ESS, providing energy arbitrage and FCAS revenue.		Energy arbitrage, frequency control, ancillary services.
		Beacon Solar Plant ESS Mojave Desert, CA 20 MW / 10 MWh		Client: LADWP Battery: Samsung Li-Ion PCS: SMA EMS: DG-IC		Deploy large-scale energy storage system to provide greater resiliency and reliability to electrical system grid and allow for greater utilization of existing solar plant.		Solar integration, frequency response services, local voltage support.
		Micanopy ESS Microgrid Micanopy, FL 8.3 MW / 11.7 MWh		Client: Confidential Battery: Samsung Li-Ion PCS: SMA		Deploy ESS with microgrid services to improve reliability for third-party energy users. Capture revenue from the southeast wholesale market to improve economics for investment.		Islanding, frequency regulation.
		Jennings ESS Microgrid Jennings, FL 5.5 MW / 5.5 MWh		Client: Confidential Battery: Samsung Li-Ion PCS: SMA		Deploy ESS with microgrid services to improve reliability for third-party energy users. Capture revenue from the southeast wholesale market to improve economics for investment.		Islanding, frequency regulation.
		Atterbury PV+S ESS Camp Atterbury, IN 5 MW / 5 MWh		Client: Duke Energy Battery: Samsung Li-Ion PCS: SMA PV: 2MW-AC array EMS: DG-IC		Deploy mission-critical solar+storage system with microgrid services to improve reliability for Atterbury National Guard base. Capture revenue from the MISO Frequency Regulation market to improve economics for investment.		Islanding, frequency regulation.
		Nabb ESS Microgrid Nabb, IN 5 MW / 5 MWh		Client: Duke Energy Battery: Samsung Li-Ion PCS: SMA EMS: DG-IC		Use ESS to improve reliability to the community. Capture revenue from the MISO Frequency Regulation market to improve economics for investment.		Islanding, frequency regulation.
		John Hopkins PV+S Microgrid St. Petersburg, FL 2.5 MW / 18 MWh		Client: Duke Energy Battery: CATL PCS: Dynapower PV: .8MW array		Deploy ESS + PV with microgrid services to improve reliability for third-party energy users. Capture revenue from the southeast wholesale market to improve economics for investment.		Islanding, frequency regulation.
		Everett ESS Everett, WA 2 MW / 7 MWh		Client: Snohomish County PUD Battery: Vanadium Redox Flow PCS: Siemens EMS: DG-IC		Enable storage-based firming of renewable energy.		Energy arbitrage, peak shifting.
		Hardeson ESS Everett, WA 2 MW / 1 MWh		Client: Snohomish County PUD Batteries: Mitsubishi & LG Li-Ion PCS: Parker Hannifin EMS: DG-IC		Enable storage-based firming of renewable energy as part of broader ESS fleet optimization.		Peak shaving, renewables smoothing, energy arbitrage/system flexibility.
		Mueller ESS Austin, TX 1.8 MW / 3.2 MWh		Client: Austin Energy Battery: Samsung Li-Ion PCS: Younicos EMS: DG-IC		Deploy utility-owned energy storage to integrate 3 MW of community and rooftop solar PV at lowest-cost of load served as part of DOE SHINES program.		Distributed-solar integration, bulk power market services, local power quality support.
		Kingsbery ESS Austin, TX 1.5 MW / 3 MWh		Client: Austin Energy Battery: LG Chem Li-Ion PCS: Parker Hannifin EMS: DG-IC		Deploy utility-owned energy storage to integrate community and rooftop solar PV at lowest-cost of load served as part of DOE SHINES program.		Distributed-solar integration, bulk power market services, local power quality support.
		Horn Rapids ESS Richland, WA 1 MW / 4 MWh		Client: Energy NW Battery: CATL PCS: Power Electronics EMS: DG-IC EPC: Worley Parsons		Smooth the solar output, shift off-peak solar energy generation to times when the energy is needed, and help reduce peak energy demand.		Solar smoothing, firming, and shifting.
		Parkview ESS Kalamazoo, MI 1.0 MW / 1.0 MWh		Client: Consumers Energy Battery: Samsung Li-Ion PCS: Ingeteam EMS: DG-IC		Deploy utility-owned energy storage system to support distribution circuit reliability and efficiency.		Peak shaving, voltage support.
		John Ferraro Bldg ESS Los Angeles, CA .2 MW / .8 MWh		Client: LADWP Battery: Li-Ion / Flow Hybrid PCS: Dynapower EMS: DG-IC		Reduce energy costs for LADWP’s headquarters while evaluating two battery technology types for performance, operation, and feasibility.		Energy arbitrage, peak shaving.

ESS Design & Delivery – Korea

		PROJECT		CLIENT & TECHNOLOGY		OBJECTIVES		APPLICATIONS
		DHI Facility ESS Changwon 12 MW / 70 MWh		Client: SK E&S Battery: Samsung Li-Ion PCS: Plaspo EMS: DG-IC		Increase utility of solar by shifting production to high-demand hours.		Peak demand management, energy arbitrage, solar power shifting.
		BSS ESS Phase 1 & 2 Gyeongsan-bukdo 3.8 MW / 12.2 MWh		Client: BSS Battery: LG Chem Li-Ion EMS: DG-IC		Reduce energy costs by shifting solar energy production from four systems, using 5th ESS for peak shaving.		Energy arbitrage, peak shaving.
		Uiryeong PV+S Gyeongsan-bukdo 3 MW / 8 MWh		Client: BSS Battery: Samsung Li-Ion PCS: Plaspo EMS: DG-IC PV: 3 MW array		Create REC Sales profit by charging and discharging of electricity from solar PV.		Energy arbitrage.
		Energy Storage System PV+S Changwon 2.5 MW / 7.5 MWh		Client: Future Energy Battery: LG Chem Li-Ion PCS: Plaspo EMS: DG-IC PV: 1.2MW array		Reduce energy costs by shifting solar energy production from local solar PV.		Energy arbitrage.
		Jeungpyeong ESS Chungcheong-bukdo 2 MW / 10 MWh		Client: SK E&S Battery: SK Innovation Li-ion PCS: SMA EMS: DG-IC		Reduce energy costs through peak shaving and energy arbitrage and create additional profit through demand response discharge.		Energy arbitrage, peak shaving.
		Naju PV+S Jellanam-do 2 MW / 6 MWh		Client: Ihan Battery: Samsung Li-ion PCS: Plaspo EMS: DG-IC PV: 2.6 MW array		Create REC Sales profit by charging and discharging of electricity from solar PV.		Energy arbitrage.
		Industrial PV + S Microgrid Changwon 2.0 MW / 4.2 MWh		Client: KOEN Battery: Samsung Li-Ion PCS: Plaspo EMS: DG-IC PV: 0.1MW array		Reduce energy costs by peak shaving and energy arbitrage in conjunction with solar PV.		Energy arbitrage, peak shaving.
		HQ Facility ESS Naju .8 MW / 2.4 MWh		Client: Korea Power Exchange Battery: Samsung Li-Ion PCS: Plaspo PCS		Reduce energy costs through peak shaving and energy arbitrage.		Energy arbitrage, peak shaving.
		Changwon Learning Center PV+S Changwon .5 MW / 1 MWh		Client: DHI Battery: Samsung Li-Ion PCS: Plaspo EMS: DG-IC PV: 0.3MW array		Reduce energy costs by shifting solar energy production from local solar PV.		Energy arbitrage.

EMS Controls and Optimization – Software Installations and Integrations

		PROJECT		CLIENT & TECHNOLOGY		OBJECTIVES		APPLICATIONS
		Chisholm Grid Fort Worth, TX 100 MW		Client: AbleGrid EMS: DG-IC		Control, monitor, and dispatch 100MW ESS in ERCOT market with less than 150ms response time.		Fast frequency response, regulation services, reserve services, energy arbitrage, and voltage support.
		Springbok 3 Solar Plant PV+S Mojave Desert, CA Predictive PV+S Dispatch		Client: 8minute Solar Energy EMS: DG-IC		Controls-only solution to dispatch 8minute’s Springbok 3 PV+S plant, optimized for DC-coupled configuration.		Leverage solar forecasting, smooth plant output, deliver ancillary services, provide grid support, and automate PPA & ITC requirements.
		Glacier ESS Glacier, WA 2 MW / 4.4 MWh		Client: Puget Sound Energy EMS: DG-IC		Improve service to a remote community.		Optimized combination of peak shaving, 12.47 kV circuit islanding, and frequency response.

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