AC-Couplead
point to the way solar panels are coupled or joction to an solar energy storage or solar battery system, direct current from solar electricity flows from solar panels to a charge controller that directly feeds into a battery system.
Alternating Current
Please notice the Form of wave in solar inverters, pure sine wave will be much batter than other,An electric current periodically reverses direction and changes its magnitude continuously with time in contrast to a direct current which flows only in one direction. Ac is treated like a word in the NEC(ac not AC)
Amp
A measure of current. About 6*10-18 electrons per second
Peaker Services
Energy services that peaker plants, or enlarged energy storage systems, are well positioned to provide, and are typically associated with balancing the electric grid.
Anode
The electrode of a solar lifepo4(Lithium iron phosphate) battery that emits the electrons to the circuit during discharge. The nagetive pole of the battery
Arbitrage
In the power and electricity space represents the purchasing and storing of inexpensive electric energy
during off peak time, characterized by low prices or marginal costs, so that it can be used or sold during peak time when the price is high
Baseload Power
The Smallest amount of electric energy needed to be supplied to the electrical grid at any given time.
Enclosed battery systems that can delivery energy. Battery packs consist of individual cells organized in series or parallel joction, and keep the balance of every single moduls
Battery Usable Capacity
The range at which a battery can operate given a range of acceptable state of charge rate
Black Start
The specific situation where an electric transmission grid is never again operational and needs external power to bring a power plant back online
Bulk Energy Services
Energy storage service associated with storing energy at a huge scale, historically, this was associated with large pumped-hydro storages systems
C-rate
The discharge rate of a specific battery relative to its maximum capacity. Example: 1C of 150AH lifepo4 battery is 150A and 5C of 150AH battery is 750A and 0.5C if 150AH battery is 300A. Think of it as respect to 5C, you have a current which will discharge the battery at a rate of 5 times every hour, so the current will be 5times the 1C rate in theory. At this 5C rate, you would also discharge the battery in 1/5 of an hour.
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