Livestock farmers often move from one location to another along with the sheep. They need drinking water for the cattle during the day, and in the evening the need for lighting. This requires electricity in a rural area. Photovoltaic solar systems for obtaining electricity, offered in the market are expensive and fixed for a location (roof). The cheapest photovoltaic system is about 600 euros with installation. If it is fixed on a roof or in a field in a rural area, he is the target of thieves and damage. Further, if the farmer needs drinking water for the cattle in another location, it can not move a fixed mounted solar power system from one location to another. He does not have sufficient technical knowledge to dismantle / install a photovoltaic solar system.
Problems:
1. Sheep need drinking water in rural areas. Groundwater levels fall in the summer months. There is no drinking water for the cattle. A low flow pump is required to draw water from the lower layers. A pump will be found, but there is no electricity in rural areas. A mobile solar system is needed that will "reach" the sheep and provide electricity to the pump.
2. Livestock farmers often move from one location to another. If a fixed photovoltaic solar system is installed in the first location, it will need to be dismantled / mounted at another location. Farmers have no technical knowledge about this.
3. The current competition offer is only fixed mounted solar photovoltaic devices on the roof. Such a system left alone in a rural area is a target for thieves. They damage it. The market is looking for a portable photovoltaic device, who is close to the owner.
4. If a competing photovoltaic solar system breaks down, hardly any service technician will want to come to the mountains to fix it, because it will waste a lot of time and time. If the photovoltaic device is small and mobile, the farmer himself will bring it to the service in the city and take it back to the mountain.
Social problem
5. The social life of the cattle breeders is very weak. At the moment they only have lighting in with small LED batteries. The salaries of the cattle breeders are around 30.000 day / month, but hardly anyone accepts this work. One reason is isolation from the outside world. They want to relax in front of the TV at night. Young farmers use a computer. Electricity is needed, which is not present in rural areas.
6. A large number of families in rural areas that are not connected to the ESM EVN system. They need electricity. A modular photovoltaic device is required for lighting, television, small fridge or for cell phone.
7. Huge quantities of organic fruits are rotting in the mountains. Fruits full of pesticides are offered on the market. They are carcinogenic.
In the fall, on a sunny day, rural families can dry organic fruit for their own needs. The device will allow low-temperature drying of fruits up to 5 kg / day, indoors, protected from insects and dust with renewable energy.
Innovation is a multi-purpose solar system (new product), intended for farmers or families in rural areas. It is easy to operate, easy to move from one location to another .
The competition, to solve the problem of electricity in rural areas offers fixed photovoltaic solar systems. If the owner is not nearby, then the solar system is a target for thieves. We offer a solution to this challenge with a multi-purpose solar system that is easily mobile (mobile).
The device offers a unique opportunity to place the batteries in a thermally insulated chamber. This has a positive effect on maintaining its capacity. The battery operates on the basis of rapid chemical reactions. In cold weather on -20 ºC chemicals may not react as rapidly as +5 ºC. A cold battery can still be good, but does not have the same power as the battery 10 ºC. Heat accelerates and enhances chemical reactions.
On the other hand, too hot battery leads to self-discharge. In summer, the battery needs to be cooled. In order to overcome the negative effects of extremely cold and hot temperatures, the batteries will be placed in a thermally insulated chamber. It reduces the effects of temperature changes. In rural areas (in the mountains) we always have large variations in temperatures in winter and summer, day and night.
There is room to add more inside 2 batteries and add out more 2 photovoltaic panels (of additional construction). In that case we have installed power on the PV panels from 1*130 W +2*260W=650 W. The inverter is 1500 W, (220V; 50Hz)
This variant can satisfy several light bulbs, small refrigerator, small water pump charger for mobile and LAP TOP Computer.
TERMO-B SYSTEM dooel Strumica has basic activity installation of solar systems, heating and air conditioning. The new product fits in with the core business