Solar Market Outlook in Poland
Poland is considered as the solar market to watch in Europe. Needless to say, solar energy is becoming increasingly popular and in demand in Poland and it continues to boom.
The Institute for Renewable Energy in Poland reports that the country is experiencing a developmental boom in terms of the PV market. In fact, this country is the first one in the European Union based on the PV power growth rate, especially based on cumulative annual growth rate.
From 2016 to 2020, the growth rate of the solar power market is 114% (the EU average is only 10.3%). The PV market growth in Poland for 2020 nearly landed it in the top 10 in the world (it was ranked at 13).
The rapid growth of solar power in Poland puts it at 3.9 GW capacity as of 2021. It puts the country right on track to achieve its goal of 7.8 GW in solar capacity by 2025.
Based on the existing data and forecast trends, experts agree that Poland will hit 46% in annual solar capacity by 2024. This growth will be supported by the drop in prices of renewable energy in the country along with distributed energy technologies.
Solar Energy Equipment Supply Capacity in Poland
There is a huge array of options for solar power equipment suppliers and distributors in or outside of Poland. This makes it easy for residential and industrial installations of solar energy possible.
It is also part of the reason why there is a significant developmental boom in the country’s solar market.
Top 8 Major Seaports & Logistics in Poland
Poland has a thriving maritime port industry making it efficient for logistics company to handle goods and equipment in and out of Poland. The Port of Gdynia is the main seaport in Poland but there are a few other options too such as: Darlowo, Hel, Świnoujście, Władysławowo, Kołobrzeg, Gdansk, and Poznan.
Solar Water Pump
Solar water pump definition
A solar water pump is a mechanical pump powered by electricity generated using photovoltaic panels. It is popularly referred to as a solar water pumping system because it requires several key components to work. The critical constituents of a functional water pump include;
- A solar panel array
- A mechanical DC water pump
- Photovoltaic cables
- A fuse box
- A solar charger control
You can employ a solar water pump in various applications, including crop irrigation and drinking water supply. Currently, it is the most suitable option for all your pumping needs because it has several benefits. It is essentially more efficient to operate and less costly to maintain than traditional fossil fuel-powered pumps. More importantly, it is environmentally friendly primarily because it runs on renewable solar energy. How exactly does it work?
The solar water pump’s working principle
When most of us hear of a solar water pump, we assume it is pretty challenging to use. I can confidently tell you that its usage is pretty straightforward once you install all the necessary components. Figure 1 below offers an outline of the main things you need to have in place for your solar water pump to work efficiently;
Figure 1: Components of a functional solar water pump system
The solar array absorbs solar energy and converts it into electric energy. The solar water pump’s inverter converts the DC electric current output generated by the photovoltaic system into AC. The AC electric current powers the pump and propels water from the source to the intended destination.
It is also crucial to note that the inverters regulate the electricity output frequency and voltage instantaneously. These regulatory actions correspond to variations in sunlight intensity. In simple terms, the system switches to supplementary energy automatically when sunlight intensity weakens. Is this not enough to convince you that a solar water pumping system is worth its investment?
Classifications of solar water pumps
There are several classifications of solar water pumps that you can choose from depending on your specific needs. The main varieties of solar water pumps include;
- The submersible solar water pump
This type of pump is ideal for deep water sources such as wells. It can lift up to 650 feet of water provided the sunlight energy can generate sufficient electricity to power the pump. Consequently, it is advisable to pump and store water when the sun’s intensity is at its best.
- The surface solar water pump
This pumping system is suitable for shallow water sources, including streams, storage tanks, and ponds. They can comfortably lift water with a depth of not more than 20 feet. If you intend to draw water beyond this depth, it would be best to settle for submersible pumps.