PowerTec’s references include:
Ultra Rapid EV Charging Battery (Chargefox)
PowerTec has delivered the first of a fleet of EV-charging station batteries for the public EV-charging network, Chargefox. The 250kVA / 270kWh PowerCache® delivers benefits for the owner (Chargefox), the energy company (Hydro Tasmania), the network, and the site operator (Goulburn Budget Petrol Station) – all at once! It primarily serves as an EV-charging buffer, allowing for ultra-fast charging despite a weak grid connection. Further benefits include electricity markets services (incl. FCAS), and site back-up power (including islanding as a microgrid), as well as network support.
Pole-mounted Community Battery (United Energy)
PowerTec, in an Australian first, has delivered the first of two prototype Pole-mounted Grid Battery Energy Storage Systems (BESS) in the suburb of Highett, Bayside area, Melbourne. The PowerCache® BESS enables the Distribution Network and the Energy Companies to serve the community with more flexible and economical ways to use solar energy. PowerTec is has worked closely with United Energy to deploy our PowerCache® technology as the pilot for this alternative way to deliver power distribution flexibility.
System details: The 30kVA/85hWh BESS operates mid-circuit of a 50-75 consumer LV feeder and provides voltage control, phase-balancing, load/generation peak lopping and smart time-of use solar energy shifting. Its most frequent use case, in the absence of any technical constraints on the network, is participation in Electricity Market Services, controlled by an energy company.
AusNet Services Mooroolbark residential community Mini Grid Trial
PowerCache® / PaDECS® Mini Grid Stabilisation and Grid Connection System: Battery, inverter and stabilisation control system, providing voltage stabilisation, 18 homes 3-phase power and energy balancing, as well as smooth on-grid/off-grid transfer and islanded grid voltage and frequency dynamic control services to the community; 14 participants with residential solar and battery systems share their energy and also provide energy to 4 homes without own generation; the central PowerCache® stabiliser leverages distributed home solar PV and energy storage of 5-10 times its own power and energy rating (18kVA/10kWh) to share power and energy and stabilise the network; it represents the grid-forming and grid-balancing inverter when off-grid, effectively alleviating outages by separation and re-integration from/to the main grid; in operation since 03/17, with up to 22h continuous off-grid operation to date, VIC 2016/17Upgrade to 30kVA/30kWh system with Smart P/Q control for distribution network optimisation and dynamic phase balancing in 2019
Cape Jervis township 270kVA/270kWh Grid Battery Energy Storage and Network Control System (SA Power Networks, Uni of Adelaide)
PowerCache® Battery Energy Storage System, integrated as a mobile building, installed in the town distribution network; the system includes a “Virtual Synchronous Machine”-type inverter, Li-ion batteries, a flexible grid connection switchboard, and a PaDECS® control and monitoring system for the battery, the grid connection, the feeder and a remote high voltage regulator (on the main town feeder located at the substation 10km upstream of the town); it provides a smart combination of local feeder and remote main feeder peak load lopping, voltage stabilisation, and autonomous on-grid/off-grid operation on SA Power Network’s network; further microgrid use cases are prepared for the University of Adelaide, ARENA funded project “Australian Energy Storage Knowledge Base”, operation started in 02/18, SA 2017/18
Power and Water Corporation’s Daly River isolated grid Battery Energy Storage system
Feasibility study, tender specification and tender assessment consulting services, as well as owner’s engineer role, NT 2015/16
Distributed large-scale Grid Battery Energy Storage Systems Study for Jemena’s distribution network
Feasibility study, concept design, network impact study and simulation of network constraint resolution effects of distributed, VIC 2015
Electrical & control integration solution of Laing O’Rourke’s re-deployable Solar PV/Diesel power station (SunSHIFT)
Feasibility study, design, engineering, owner’s engineer role and commissioning support of the ARENA funded project (Combabula), QLD 2014