So, you’re taking your first steps into the solar battery or solar energy arena. There are many terms, abbreviations and phrases that you may not fully understand or have come across before.
We’d like to take this opportunity to clear up any uncertainty and give you some insight into the energy industry keywords. There terms are used so frequently when describing energy storage and solar solutions and can be a little confusing for some. We hope that our straight forward explanation helps customers to better understand the information begin presented.
Please read below our Solar battery jargon buster, or glossary if we’re being formal.
or photovoltaic deifinition is simply the transfer of light (photo) in to electricity (voltaic).
is a cell that converts solar energy into electrical energy. The most prominent of these is a renewable energy source, primarily photovoltaic cells or use of powered by solar energy.
is energy from the sun that is converted into thermal or electrical energy. (Typically known as Kilowatts KW)
is energy from the sun that is converted into thermal or electrical energy as a product of time. (Typically represented as Kilowatt hours KWhr)
are electrical devices in the form of a panel comprised of connected solar cells. They can be roof or ground mounted.
or photovoltaic array is the complete power-generating unit, consisting of any number of PV modules and panels
Polycrystalline Solar Panels
are made from melting down multiple cells. They tend to be lighter in colour, less space efficient and less expensive than Monocrystalline.
Monocrystalline Solar Panel
are made from slicing one silicon cell. They are darker in colour, more space efficient and usually more expensive than Polycrystalline.
Passive solar design
is design that works to most effectively use the sun’s energy for heating. In passive solar heated buildings, the suns energy is brought into the building during the day (for example through South facing windows in the Northern Hemisphere, North facing windows in the Southern Hemisphere) and is stored by building fabric and released back into the building in the evening.
refers to the frame, brackets, hooks etc required to hold the panels in place. Various solutions are available to deal with the many situations that Solar PV panels can be mounted in.
are named when the panels are connected in series meaning that all the panels will generate the same amount of power.
Micro Inverter Systems
are when each solar panel has a micro inverter beneath it. This means that all the panels work individually allowing more energy to be generated in shady situations.
STC’s – Australia
stands for Small-scale Technology Certificates are an electronic form of currency. 1 STC is equivalent to one megawatt-hour of electricity generated by your solar PV system. Households and small businesses across Australia may be eligible to receive STC’s from the government after installing solar. To put it plainly, a rebate.
stands for Direct current, which is is the type of electricity created by your panels through absorbing sunlight. This is also the type of electricity that is stored in your batteries.
stands for Alternating current, which is the type of electricity that runs everything in your house.
displays in real time PV energy production data.
Is a device that records consumption of electrical energy and communicates this information to your energy supplier.
is a box or unit that sits in the building changing the DC electric from the panels to AC electric that is acceptable for your appliances and the national grid. Inverter position is extremely important.
is an electrical connection used to transmit and distribute the electricity in your home. Your home location, size and usage will dictate whether you require a single phase or 3 phase grid connection. Most household appliances run on single phase.
is an electrical connection typically used in larger domestic homes, or in commercial and industrial settings. This means that your electricity is being used across 3 different “phases” coming from your distributor, which are all separate from each other.
AC Coupled Battery
is when your Battery has a dedicated inverter to charge/discharge, without having PV connected directly to it. To charge this Battery from solar power, you will need to install a separate PV inverter, which will allow the Battery to charge using the excess energy. The Battery will then charge using it’s AC connection.
is when the Solar is connected on the DC side of the inverter. This can be done with a separate charge controller that charges the battery directly, or by using a Hybrid Inverter. This method does not require any other PV inverters for solar charging, but can still make use of excess energy from other sources.
is an Inverter that incorporates PV and Battery inputs in one unit. This means that it can generate power from the PV Panels, AND charge/discharge your battery when suitable.
or charge cycle is the process of charging a rechargeable battery to full and discharging it to the manufacturers specified maximum DOD as required for a load. Typically used to describe a battery’s expected lifespan as the number of cycles affect lifespan more than time.
often referred to as Depth of Discharge. This indicates the percentage of the battery that has been discharged in relation to the overall capacity.
also referred to as Lithium Iron Phosphate or LFP is the chemical composition for battery storage. It is classed as the safest and most cost effective form of lithium battery. Other battery storage types are Lead Acid, Lithium Ion, Lead Carbon and Sodium Ion.
stands for ‘Energy Storage System’. This is a term used to describe Solar Battery Storage systems for home or business use.
All in One
or AIO is a combined hybrid battery and inverter housed within a single unit.
is length of time estimated for your system to pay for itself taking into consideration system size, solar size, location and lifestyle elements.
Refers to Watts, a measurement of power.
ie; 1000 watts.
stands for Watts peak. This refers to the peak power of a panel. Typical panels for the UK/AUS market are between 275Wp and 400Wp.
kilowatt peak is the measure of how much power a photovoltaic system produces from the sun under test conditions. It measures the power produced under 1kW per m2 of light. The more efficient the system, the smaller the area of panels needed.
Ie; kilo Watts peak. 1kWp = 1000Wp. Domestic systems are usually 4kWp (6.6kWp in AUS), Commercial installations are normally up to 50kWp and industrial installations can reach 1000kWp (or 1MWp)
stands for kilowatt hour, which is a unit used to measure energy. Electricity bills are charged in kilowatt hours, and it is the unit used to measure the energy generated by wind turbines or photovoltaic solar panels.
refers to kilowatt hour per year. This can be used in terms of heat output, or the amount of energy needed to heat a house.
FIT – UK
is the UK government scheme which ended on 31st March 2019 and was a subsidy designed to drive down the installation price of Solar PV systems.
FIT – Australia
is the amount paid to you by your electricity retailer (generally as a credit on your electricity bill) for excess solar energy that you have exported to the grid.
is the electricity that is generated but not used in the property. Exporting will happen when the property is using less electric than is being generated by the solar array. Therefore this excess electric spills over and is exported to the grid.
refers to products that are installed to an existing house or system, rather than as part of a new build.
Low Carbon Energy
this term refers to technologies which minimise the amount of carbon (or greenhouse gas) emitted into the atmosphere. For homes it includes air and ground source heat pumps and combined heat and power.
is the generation of heat or power by renewable or low carbon means, by individuals, businesses or communities for their own use.
or sustainable energy refers to energy that is generated from a power source that can be replenished naturally, for example sunlight, wind, water and biomass instead of fossil fuels like coal or natural gas. Renewable sources are not carbon-based, which means they don’t release greenhouse gases into the atmosphere making them safer for the environment.
is defined as the impact of greenhouse gas emissions resulting from a person, product, business or event on the environment. Greenhouse gases can be emitted through a number of sources including transport, land clearance and the production and consumption of food, fuels and manufactured goods.
Is best described as a way in which you can balance out your carbon footprint by sponsoring projects or schemes designed to reduce carbon emissions.
National Electricity Market (NEM) Australia
is the Australian wholesale market for the supply of electricity to retailers and end users in the regions of QLD, NSW, ACT, Victoria, South Australia and Tasmania, which began operating in December 1998.
Renewable Energy Target (RET) Australia
is a Federal Government target to ensure that a minimum of 33,000 Gigawatt-hour of the country’s electricity is generated from renewable sources by the year 2020. If successful, around 23.5% of Australia’s electricity generation will be from renewable sources. RET also offers incentives to deploy sustainable sources of energy as part of the response to climate change.
Distributor or Grid
Is your energy distributor or company responsible for providing power or gas to your property. They own and maintain the distribution networks including the power lines, poles, wires and gas pipelines that carry the gas and electricity to your home or business.
stands for the National Meter Identifier, which is a number used to identify the electricity meter at your property. Your bill will detail your NMI.
stands for the energy tariff refers to the pricing plan that your provider or distributor charges you for your energy consumption. It is generally made up of two components, the supply charge, which is a fixed cost, and the usage charge, which depends on the amount of energy you use. Tariffs can vary depending on your retailer, your distributor and if you are on a government regulated plan.
are also known as a flexible pricing plan which refers to tariff schemes where customers are charged different rates for using electricity at peak and off peak time slots. You may pay higher rates for using peak time electricity and lower rates during off-peak hours. This kind of a tariff plan is best suited to people who regularly use electricity in non-peak times, or have the option to change their energy usage to suit the lowest tariff.
is a fee that gets charged per kilowatt hour of usage. The amount you pay depends on the type of meter that is installed at your home.
or Virtual Power Plant is a network of decentralized, medium-scale power generating units. They are dispatched through the central control room of the Virtual Power Plant but nonetheless remain independent in their operation and ownership.
is energy generated by a community for the use of that community. By pooling resources to create a sustainable community energy system with its energy requirements from renewable energy sources.
is aimed at removing load from the power system when there is an imbalance between the electricity available and the demand for electricity. Load shedding is therefore done to protect the national power system from collapsing.
is when your home isn’t connected to a mains power supply and you must rely on alternative methods to provide power to your home.
Don’t forget to register your new Soltaro purchase to validate and extend your warranty.
Click here to raise a support ticket and in most cases we can fix the problem without the need to visit your home.
Ready to go big? The AIO3 is ready to take on your larger energy storage needs with our new three phase energy storage system. Intelligent storage for small commercial or larger domestic properties. With its great looks, super performance and 10 Year warranty, its the flexible larger energy storage system you’ve been waiting for.
Use your Soltaro EV charger to power your car. Your charge rate will even increase when you use your excess solar. Designed and engineered in Australia, it comes as a single or three phase option with a 3 year warranty as standard. Type 2 connector with three charging modes ready to get you powered and ready to go.
The Stunning new All-in-One 2 ESS from Soltaro is here. Available in 5kWh / 10kWh. Fast & Easy to Install with Immediate Savings and Seamless Switchover for blackout protection. 10 Year or 10,000 Charging Cycle warranty with enhanced features. Intelligent Solar Energy Storage from the Experts.
A lite version of our popular All in One ESS designed especially for the South African market. Australian Designed and Engineered. Wall or Ground Mounted. Expandable, to grow with you. Virtual Power Plant Ready. Seamless Switchover to keep you powered during outages. Plug and Play Installation, easily retrofit to existing system. Local and Remote monitoring. Available in Hybrid or AC Coupled Inverter options.
USB Rechargeable Batteries – The Latest in Battery Innovation from the experts at Soltaro.
Available as AA or AAA with only 1.5 hour to full charge. Super efficient with no loss of power and over 300+ re-charges. Simply use the included USB cable to Recharge your batteries whenever you need to. Available from selected retailers or by clicking this link.
Commercial Energy Storage SL HV range is designed to lower business energy bills. Soltaro Commercial Battery Range Starts at 34.5kWh, if fully expandable and rated IP 21 for Indoor Installation in 3.45kWh Packs with CAN/RS485 communication. Battery 10,000 Cycles with 10 Year warranty. Australian Designed and Engineered and VPP / Virtual Power Plant Ready