GridEdge was recently asked to use our clean energy trailer with its Sodium nickel chloride (SoNick) battery to power a local cooking competition event to showcase local foods.
Originally the expectations were that we would be powering the PA and sound system and maybe a portable fridge. As the day got closer the requirements changed and instead of a portable fridge there were going to be 2 x 10 Amp eskys with ice so it would only be the PA and sound system that were being used that we needed to power. Continue reading “SoNick battery performance for cooking competition”
Battery storage uptake by households surges as grid costs soar
Battery storage systems being installed in Australia look set to confirm earlier predictions that battery installations will treble in 2017. Continue reading “Creating Energy Independance”
Amongst the G20 countries, Australia’s emission reduction target – a reduction of 26-28% on a 2005 baseline – is unusually weak, nowhere near what is required for us to play our fair share in meeting 2°C Paris target.
The IPCC uses a synthesis of thousands of peer-reviewed scientific papers to assess the degree of risk at increasing levels of global average temperature.
› There is a significant difference in the degree of risk between the 1.5°C and 2.0°C Paris targets, with higher risks of damage to natural ecosystems and more intense and/or frequent extreme weather events for the 2.0°C target.
Continue reading “Accelerating Climate Action by Australian States”
Powering the new economy with clean energy
Many households and businesses already attach battery storage to their clean energy systems. Now is the time to grow the industry, encourage the take-up of storage and help make Australia a renewable energy leader. With public interest high, now is the time for a targeted, five-year support package to drive down costs and put battery storage in reach of every household and business.
Battery storage can reduce network peaks and troughs by storing electricity during off-peak times and discharging it during the peak. Continue reading “Focus on the Solution – Not the Problem”
One of the biggest problems with the efforts to use renewable energy to produce large amounts of the energy consumed on a daily basis has been its inability to reliably supply power at the times it is most needed. This can and will be addressed with the installation of battery systems that allow households, businesses and energy network providers to store renewable energy for use at night or in peak periods.
Solar panels convert the sun’s rays into electricity during the day with maximum generation being between the hours of 11 to 3pm. Unfortunately, for most people unless you are home during the day 80% of this power gets fed back into the grid for very little return. Likewise, although energy generation through wind is now very efficient and cost effective the times when wind produces energy can be intermittent.
Batteries also reduce the amount of electricity that is exported to the grid from rooftop solar during the middle of the day. This has the capacity to significantly reduce variability and stabilise grid supply. Continue reading “Problems and Solutions solved with energy storage”
Some Energy storage batteries have a built-in BMS or Battery Management or Monitoring System to monitor how a battery operates and how it talks to the grid. This is an electronic system that manages a batteries function by protecting the battery from operating outside its “Safe Operating Area” both for the batteries health and to prevent any accidents that the battery could cause by malfunctioning.
The internal BMS monitors and controls all charging and safety aspects of the battery. The BMS will also keep you informed of the state of the battery so you can monitor the batteries health.
When integrated with other SoNick batteries the SoNick BMS synchronises the operation of the battery bank so that all batteries work together as one large battery. Continue reading “SoNick battery BMS or Battery Management System”
Victoria’s Metropolitan Fire Brigade says it may take “Years to understand’ the fire risk posed by lithium ion battery storage
The MFB said the solar installations were vulnerable to faults across their systems, including isolation switches, inverters and installed wiring, and from deteriorating components.
The alarming figures come as the solar battery storage industry pushes to kill new regulations that would force homeowners to build a separate “fire bunker” housing for battery installations.
Under draft rules released by Standards Australia, lithium ion batteries are classed as “Fire Class 1” and would not be allowed inside or within 1m of a domestic dwelling. The industry will have until August 15 to respond to the draft regulations.
The safety moves are designed to avoid a repeat of Labor’s insulation batts scheme in which the rapid rollout of roof insulation in 2009 led to more than 200 house fires across the nation, and ultimately four deaths. Continue reading “Fire risk for solar and batteries”
Across Australia, extreme weather events are projected to worsen as the climate warms further.
Extreme heat is projected to increase across the entire continent, with significant increases in the length, intensity and frequency of heatwaves in many regions.
The time spent in drought is projected to increase across Australia, especially in southern Australia. Continue reading “How will Climate Change affect Australia?”
Many households and businesses already attach battery storage to their clean energy systems. Now is the time to grow the industry, encourage the take-up of storage and help make Australia a renewable energy leader. With public interest high, now is the time for a targeted, five-year support package to drive down costs and put battery storage in reach of every household and business. Continue reading “Battery Storage Possibilities”
When consumers go online to compare different batteries there is so much conflicting information available it is very difficult to get a clear picture of what is available and to understand what is happening in the industry. What is important is you compare similar products and don’t just listen to what salespeople are telling you.
If a product has been in use for a number of years the quoted figures are more likely to be reliable than if a product is new and hasn’t yet been tested in real life conditions. Generally batteries are tested in factories at 25 degrees. This can produce different results than are experienced in real life when temperatures vary widely.
Currently there are no relevant battery standards in Australia Continue reading “So much conflicting information on battery storage”