Magellan Stand Alone Power System (1P) Magellan Renewables Range
2 Made in Australia for the harsh environment. Made in Australia for harsh environment. Rugged industrial design - long service life. Rugged industrial design - long service Designed to minimise generator run time. life. Stores power made by solar & generator. Designed to minimise generator run Compliant with Australian Standard AS4509. time. High efficiency lithium batteries. Stores power made by solar & generator. Pure Sinewave inverter output. Compliant with Australian Standard Optional Remote Monitoring. AS4509. Magellan SPS Inverter & Batteries A Stand Alone Power System (or remote area power system) is an off-grid electricity system for remote locations which are not easily connected to the local utility (due to distance and/or cost). It allows a community, business or farm to be more self-sufficient, sustainable and cost effective in their use of power. Many remotely located organisations and homes in Australia do not have access to a centralised electricity grid, and even when connection is possible it can cost thousands of dollars per kilometer. Alternatively, many chose to use diesel powered generators, which are expensive, can be inconvenient to refill and are damaging to the environment. Magellan Stand Alone Power Systems are designed to operate independently of the grid, are more cost effective, maximise the use of renewable energy, and supply reliable electrical load to the desired application.
3 Components of Stand Alone Power Magellan SPS s are Hybrid Energy Storage Systems which combine several forms of energy generation, storage or end-use technologies. These include: PV Panels. A Magellan Inverter/ Charger. Lithium Batteries. Diesel Generator. All components of the Magellan Stand Alone Power System are chosen for their durability and reliability in the harsh conditions of the Western Australian outback. Photovoltaic Solar Panels Magellan Inverter Lithium Batteries Diesel Generator
4 Example applications: Regional Communities Rural Homes Farms Mining Camps Energy Storage Operational Diagram
5 INVERTER SYSTEM SPECIFICATION Rated Power 5-10KVA / 1 PHASE Configuration Bidirectional Conversion Housing To suit equipment rating Voltage Nominal AC Grid Voltage Range 230/240VAC 207V - 264V AC Output AC Grid Frequency Range 45Hz - 55Hz Voltage Regulation ±1% Frequency 50 or 60 Hz ± 0.1Hz Waveform Sinusoidal THD Less than 5% Power Factor Phase 0.9 lag to 0.9 lead Single Phase Grid Support Standards Supports grid by providing reactive and active power compensation As per AS 62040, AS3100, AS4509 AC Current THD Less than 5% as per AS 4777 Communication Interface Ambient Temperature Monitored System Parameters In-built Diagnostic System Cooling Maximum Humidity Modbus RTU (RS232/RS485), USB, Modbus TCP (Ethernet) Distributed Network Protocol 3 (Ethernet) Inbuilt website (Ethernet) 0 to +50 C Battery State-of-Charge, Current, Cell Voltage & Temperature, Inverter Voltage, Current, Watts, VARs & Temperature Mains Voltage, Current, Watts, VAR, Power Factor & Frequency Periodic Data Logging into Non-Volatile Memory. (200 days of logged data at 15 minute intervals) (2 years of logged data at 1 hour interval) Battery SOC, Voltage, Current, Power & Temperature, Mains Voltage, Power & VARs, Power Factor Inverter Voltage, Temperature, Power & VARs Min & Max Cell Voltage, Fault Event Recorder. Forced air with temperature controlled cooling fans 95% R.H., Non Condensing
6 BATTERY SYSTEM SPECIFICATION Description Value Notes Rated Capacity 25kWh - Module Capacity 3.2kWh/6.5kWh - Minimum Voltage 42V - Nominal Voltage 48V - Maximum Voltage 58.8 - Max Continuous Charge Current 0.5C - Duty Cycle 1 cycle per day - Round Trip Efficiency >95% @ 23 ±3 C as a new product Cell Cycle Life >4000 @ 23 ±3 C, 1C/1C, 80% DoD Operational Temperature Optimal -15 to 45 C 15 C to 30 C Storage - -30 C to 60 C Magellan SPS with Optional Outdoor Canopy