Our Project Portfolio
ETP partners with a diverse range of clients in the energy industry, providing essential pre-field testing and simulation services, as well as reliable Power-Management-System (PMS) and Power-Plant-Controller (PPC) solutions. Our robust portfolio showcases our ability to deliver top-tier services and support, ensuring that our clients' smart grids remain operational and efficient. By highlighting our expertise and commitment to excellence, we help our clients understand the full range of value we offer, setting us apart in a competitive market.
Our Services: Helping You Succeed
At ETP, we are dedicated to providing comprehensive, turnkey solutions, services, and support for clients looking to modernize their electric grids by integrating Distributed Energy Resources (DERs), such as utility-scale Battery Energy Storage Systems (BESS), and transitioning away from carbon-intensive energy sources and loads. We offer end-to-end lifecycle support, from pre-field simulation and testing through to field testing, commissioning, handover, and ongoing after-sales support and maintenance services, ensuring a seamless and successful grid modernization process!
Trusted Partners
5-MW Resilient Microgrid System
Toronto, Ontario
This resilient 5-MW microgrid system in Ontario delivers sustainable and reliable energy to the surrounding community. ETP helped the project stakeholders with time-domain simulation of the microgrid system feeders, including blackbox models of the BESS and Power Conversion Systems (PCS) and identifying connection impact assessment of the PCS along with time-domain operation of the system during black-start, grid-connected, islanding, and synchronization operation modes. In addition, ETP has provided real-time live demo of its PMS system running on the customer's microgrid.
West-5: Net-Zero Energy Community
London, Ontario
West-5, situated in London, Ontario, is a community development project that prioritizes sustainability. The project involves various stakeholders including S2E Technologies, Sifton Properties, London Hydro and SunGrid Solutions. ETP has been working with the project stakeholders to identify connection impact of a MW-level BESS and PCS units and enable real-time operation of the microgrid system. The microgrid system is intended to enable net-zero operation of residential and commercial buildings receiving energy for solar-PV systems and EV-charging stations.
Net-zero Hydrogen Production Facility
Lancaster Clean Energy Centre (LCEC)
Lancaster, California
In the context of a collaboration with RG Vanderweil engineering (RGV) and iO Consulting, ETP completed Front-End-Engineering-Design (FEED) of a Power-Management-System (PMS) for net-zero operation of a massive hydrogen production facility in off-grid operation condition. The facility is hosting 600-MW solar-PV plant to be able to run hydrogen production facilities without receiving electricity from legacy electric grids which are supplied by polluting resources.
Hardware-In-the-Loop (HIL) Testing of Solar-PV Inverter System
ETP has been collaborating with EPE Consluting and Nextracker to ensure that solar-PV inverter control systems are meeting Unit-Model-Validation (UMV) criteria for interconnection to the ERCOT distribution system. ETP has conducted comprehensive, real-time Control-Hardware-In-the-Loop (C-HIL) testings to ensure that solar-PV inverter control system is meeting standards related to adverse operation conditions such as Low-Voltage-Ride-Through (LVRT) and High-Voltage-Ride-Through (HVRT) operation conditions.
Nergica's Rural Microgrid System
Gaspé, Quebec
The project "Resilient Nergica Microgrid in Gaspé, Quebec: is a detailed analysis of a microgrid implemented in Gaspé, Quebec. The case study explores the benefits of the microgrid system, including increased energy efficiency and reliability, as well as its potential for future expansion. The study also highlights the challenges faced during the implementation process and the solutions that were developed to overcome them. Overall, the project serves as a valuable example of how microgrid systems can be successfully integrated into communities to provide sustainable and resilient energy solutions.
Protection scheme for 27.6-kV urban feeder microgrid.
A protection scheme for a 27.6-kV urban feeder micro is a crucial component of the microgrid's overall design. This scheme is responsible for ensuring the safety and reliability of the microgrid's electrical components, which is essential for delivering power to customers without interruption. The protection scheme is designed to detect and isolate faults in the system, preventing damage to equipment and minimizing downtime. By implementing a robust protection scheme, microgrid operators can ensure that their system is operating at peak efficiency and delivering reliable power to customers.
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