With battery storage set to grow in the next few years there are many people that are interested in looking at this technology but there are also a wide variety of reasons that people are doing so.
Up until now most people that have used batteries to store their energy have been those that have been in situations where it was not possible, either for economical or proximity reasons to connect to the electricity grid. However, there are now many more reasons that people are considering battery storage and many more questions people are asking about the batteries they are looking at.
Over the last 5 – 10 years there has been a big push to install rooftop solar panels to capture electricity to use on the building the panels are installed on. This was encouraged by governments as they introduced feed-in tariffs to encourage people to install solar. This was so successful, as the general public took up these offers that governments soon decreased the feed-in tariffs and now they are extremely low or non-existent, depending on your state. Continue reading “Why do people look at battery storage?”→
Energy storage batteries come in a variety of different sizes and weights and each have different characteristics. Here is a comparison of the 2 safe, recyclable batteries currently available in Australia, FIAMM sodium nickel chloride (SoNick) or molten salt battery and Aquion salt water battery, with comparisons of size for a similar sized system from some other battery technologies.
Another thing to consider is how much power you can actually draw from the battery at any point in time. Our SoNick battery can draw 150 amps for 4 hours continuously but some other batteries are very limited in the amount of power that can be used, maybe only with enough to boil a kettle and little more. Continue reading “Battery Drawdown power”→
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 and businesses to store renewable energy for use in peak periods. Continue reading “Do your homework before purchasing batteries”→
Excellent video about the life-cycle of E-Waste. The same principle applies to many of the energy storage batteries currently on the market.
We need companies to be accountable for all areas of their products from health effects of people in third world countries producing products, to toxic products in their use, and recyclability of products at end of life .
Recently John and Linda, along with several Earthworker members visited ALP member for Wills, Peter Khalil to discuss how he could offer support to Earthworker Co-operative in setting up their worker owned factory in Morwell.
Aquion, the Advanced Battery Startup Funded by Bill Gates and Kleiner Perkins, declares Bankruptcy.
Aquion’s saltwater battery was a safe fully recyclable energy storage battery that unfortunately was not able to live up to the expected results in the field that it was able to achieve in the factory testing.
This leaves the SoNick or Sodium Nickel Chloride batteries as the only safe fully recyclable energy storage battery currently available. SoNick batteries have been in production since 2003 and are already being used in many commercial applications and usage figures are coming from real life results rather than hoped for results from laboratory conditions. FIAMM as a company have been in operation since 1942 so are already a well-established company. Continue reading “Aquion declares bankruptcy”→
We often get enquiries about our sodium nickel chloride battery with invertor and all wiring and configuration in our plug and play Quantum unit. It is the ideal battery for anyone looking for energy independence as it is much more reliable than many of the other current battery technologies available. The SoNick battery does not have any toxic materials, either in its production or use. It does not have any of the safety concerns inherent in many other batteries as it is a sodium and nickel based battery which are both non-toxic, non-flammable and abundantly available. There is no possibility of thermal runaway with the SoNick battery due to its components being basically molten salt. This is particularly important in any areas that may be prone to bushfire risk.
The Australian government’s chief scientific body says there is no apparent technical impediment to reaching 100 per cent renewables for the national electricity grid, and levels of up to 30 per cent renewable energy should be considered as just “trivial” in current energy systems.
There is no possibility of thermal runaway because of the SoNick battery characteristics and its chemistry is basically a non-flammable common salt. Lithium ion batteries can catch fire if they get too hot. They must be kept air conditioned at all times (which adds to running costs). You can’t put water on a lithium ion fire or the battery will explode. Fire brigade currently have no means to extinguish a lithium ion battery fire.
No gas emissions
Lead acid batteries, in particular give off hydrogen and must be kept in a fireproof enclosure that will prevent any sparks from igniting the batteries. This also applies to lithium ion to a lesser extent. Redflow has the risk of a chemical spill (toxic bromine) although this is low.Continue reading “Why use a SoNick or heated salt Battery?”→
A major new study by the CSIRO and the main networks lobby says a decarbonised energy grid by 2050, with half of generation produced and stored locally, will save billions in upfront capital costs and consumer bills, and deliver a secure electricity system.
In a direct rebuff to the renewable energy scare campaign and myth-making being played out in the political arena, the premier scientific body and Energy Networks Australia say that wind and solar will provide nearly all our electricity needs by 2050, and the system will be cheaper for all customers. Continue reading “CSIRO sees $100bn savings in zero carbon grid by 2050”→