![]() ![]() If the power generated exceeds the amount of power consumed by producers of power, excess power will flow to any networked batteries in need of charging. Attaching one of these power sources to an object capable of using power will automatically stream power to it, allowing it to run. Power can be generated by Solar Panels exposed to natural light, Wind Turbines exposed to windy weather, generators fueled with Resources, or an RTG. The most common and consistent method of acquiring power is by generating it. 1 Small Battery = 32 Units Each visible bar holds 4 Units. ![]() 1 Medium Battery = 512 Units Each of its 16 columns hold 32 Units each column is equal in storage to 8 visible bars on a Small Battery.Platforms, cables, and extenders do not appear to have any significant throughput limit.It takes precisely one second to deplete a single Unit of energy at a rate of 1U/s.Most machines operate at a reduced speed when given less power than requested. All machines have specific input and output values, which are typically round numbers.One Small Battery, for example, can charge/discharge up to exactly 1U/s, which reads as 1.00 in a Splitter. Energy ("power storage") is measured in Units (abbreviated as "U"), whereas the flow of power is measured in U/s (Units per second). ![]() Each of these columns can in turn be divided into stacked segments called bars.
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