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Nicaragua

Solar Market Outlook in Nicaragua

Nicaragua is constantly battered by extreme weather, which has forced the government to look into renewable sources as an alternative for energy production. The focus on renewable energy projects is part of a long-term plan for the government to counter the effects of climate change. Therefore, it is part of a broader discussion that will hopefully put solar power as one of the potential solutions. 

There are other benefits to the continued push to make solar energy the primary source of power in the country: to reduce dependence on oil. Aside from solar energy, wind power is also currently being utilized in Nicaragua and is going through a phase of developmental boom.

While the primary reason for many investors delving into the renewable energy market is economically-motivated, it’s clear that the environmental benefits are set to follow. Therefore, the government is working closely with the private sector to boost the solar energy market in Nicaragua.  

Currently, Nicaragua’s global emissions are one of the lowest at only 0.03 percent. The country is committed to reducing it further, especially as they joined the Paris Agreement. 

Solar Energy Equipment Supply Capacity in Nicaragua

In Nicaragua, there is a good mix of local and global suppliers of solar power equipment. This has promoted more investors to put in solar power plants and production of other equipment for those looking to boost the solar installation capacity of the country.

Major Seaports & Logistics in Nicaragua

Puerto Corinto is the largest and busiest seaport in Nicaragua. It is the primary avenue for logistics and handling of goods for the distribution of solar equipment in the country.

There are a few other seaports that are available, too, such as the Port of Bluefields, Port of El Bluff, Port of Cabezas, Port of Sandino, Port of El Rama, and Port of San Juan del Sur.

Shunt Regulators used for below projects in Nicaragua

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Shunt Regulators

Wholesale Shunt Regulator for PV Systems

Essentially, a shunt regulator — also known as a shunt voltage regulator (aka. charge controller)— is a form of regulator where the regulating element shunts the current to ground. By maintaining a constant voltage across its terminals, it takes up the surplus current to maintain the voltage across the load.

In terms of the basic operation of a shunt regulator, the load is operated with a resistor in series with the voltage source and the shunt regulator in parallel with the load. In order to keep the voltage across the load constant, a level of current must be drawn through the series resistor to maintain the required voltage across the load. The load will take some, and the remaining current is drawn by the shunt voltage regulator.

The circuit is designed so that at maximum load current, the shunt regulator draws virtually no current, and at minimum load current, the shunt voltage regulator passes the full current. As a result, it can be seen that shunt regulators are inefficient because the maximum current is drawn from the source regardless of the load current, i.e. when there is no load current.

Because of the purpose of the shunt regulator, this device has been considered as an essential element within the linear power supply technology.

Zener Diode Shunt Charge Controller

One of the most common and simple forms of shunt regulator is the simple Zener diode regulator circuit.

Its mechanism is very straightforward. Once over its small minimum current, the Zener diode maintains an almost constant voltage across its terminals. The series resistor drops the voltage from the source to the Zener diode and loads. As the Zener diode maintains its voltage, any variations in load current do not affect the voltage across the Zener diode. It takes up the current variations required to ensure the correct drop across the series resistor. In this way, it shunts sufficient current to maintain the voltage across its terminals and hence the load.

In the shunt voltage regulator circuit, the Zener diode must be capable of dissipating the power from the maximum amount of current it can handle. This is most likely to be a little more than the maximum current supplied to the load as the Zener diode will need to pass all the current when the load current is zero. Therefore, the total maximum current that will be passed by the diode is the load current plus an allowance for current to maintain the reference voltage when the load is taking its maximum current.

It should also be noted that for the shunt regulator circuit, the series resistance is comprised of the series resistor value, plus any source resistance. In most cases, the value of the series resistor will dominate and the source resistance can be ignored — but this may not always be true.

Why Buy Wholesale Shunt Regulators for PV Systems from Us?

Our website lists all sorts of shunt regulators for PV systems from established and well-respected manufacturers and brands all over the world. As a result, you can expect that the shunt regulators that we offer are of the best variety. They are characterized by numerous remarkable features, such as higher efficiency, sturdy construction, and a longer lifespan. Therefore, all the shunt regulators that we offer will undoubtedly have the ability to fulfill all your solar power needs.

If you want to buy shunt regulators for PV systems at low wholesale prices, then go through our website to explore products with profitable deals. You can also choose to send in your query at info@www.solarfeeds.com.

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