Provide independent power systems design and independent electric power systems installation solutions, and talk about photovoltaic modules, inverters and system maintenance in power systems engineering
1 Overview The independent power supply system is designed to meet the customer’s electrical energy needs. Therefore, it is particularly important to reduce the demand for this electrical energy as much as possible. In general, the largest energy demand for a typical IPS customer is the heating and cooling of their residences. If the house […]
1. turbine installation Please be sure to follow the manufacturer’s installation instructions to ensure that the turbine and generator are firmly fixed in place. Please be aware that the water level will rise in the flood season. If the turbine is not submergible, the generator must be installed above the water level in the flood […]
The output power of a hydroelectric generator mainly depends on two factors: the water supply pressure to the turbine and the flow of water through the turbine. Therefore, in order to determine the theoretical hydroelectric power, the water flow and head at the turbine inlet need to be known. Generally speaking, the water head refers […]
Overview of Micro-Hydroelectric Power System Micro-hydro systems are actually another example of the use of solar energy. In the Earth’s water cycle, water evaporates from oceans and lakes, and steam is transported to the location of rainfall to condense into water, driven by heat from the sun. Large hydropower plants use this renewable energy to […]
Wind turbine installation Obviously, the wind turbine should be installed as close as possible to the battery to reduce power losses in the cables. But the problem is that there may not be too much wind near where the battery is installed. Therefore, a compromise must be made. In order to optimize the output power […]
Overspeed control If the wind turbine rotates faster and faster, it will generate a huge force and cause the equipment to self-destruct. In order to protect the equipment, corresponding measures will be introduced when designing the wind turbine, and it will start when the wind speed is high. Such protection mechanism designs can be divided […]
As mentioned earlier, wind turbines do not generate electricity all the time, and the wind speed changes from time to time, so it is important to predict how much electricity a wind turbine will generate in a day, week, month, or year. Curve diagram method The following describes how to calculate the amount of electricity […]
1 Overview Wind power is a widely accepted green technology. In some places where wind resources are abundant, in addition to environmental benefits, wind power is also cost-competitive with low-cost fossil energy power generation. At present, the capacity of wind turbines connected to the grid in the world is huge, and the industrial ambitions of […]
A generator set consists of a series of components, including key components such as motors and governors, and non-essential components such as control equipment. The various components that make up the generator set will be described below. The prime mover Common generator sets in Australia generally use gasoline, diesel or liquefied petroleum gas, and there […]
Function of backup fuel generator set The scale of renewable energy system can be designed to be 100% independent without backup generator set. However, because the available power provided by renewable energy power generation system and user load demand change from time to time, a system powered by renewable energy is large-scale and expensive. “Demand […]