Solar Air Conditioner FAQ
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Solar Air Conditioner FAQ
Solar Panel FAQ

Solar Air Conditioner FAQ

Why Solarker 18000btu and 24000btu EVI hybrid ACDC air to air solar heat pump work under -25℃

Solarker Solar Heat Pump Air Conditioner EVI Tech Solarker -30℃ EVI Technology Evaporator flash tank separate gas and liquid refrigerant, gaseous refrigerant enters the suction port of compressor and reaches the intermediate chamber of the compressor. It increases compressor inside temperature and then increase compressor outlet exhaust temperature, so compressor enthalpy increase and efficiency improve. DC Inverter +  EEV Technology The full DC inverter technology control the speed of compressor from 15HZ to 85HZ, adjusts the input power from minimum 200W to maximum 2500W according to the ambient temperature needs to achieve the first energy saving 20-30%.EEV technology achieves precisely control of R410A refrigerant flow, achieving the second energy saving effect and precisely control the room temperature. DC Inverter Vapor Injection Compressor 1/Under SEER60, COP reach 3.952/Heating Capacity increase 20-50% at -15°C3/Two-stage throttling and compressing4/Twin Rotary, stable and powerful5/Lowest working ambient temp: -30°C6/Maximize Air outlet temp 55°C at -20°C

Grid voltage of countries around the world

Grid voltage of countries around the world The United States, Britain, and Germany are the first three countries in the world to have electricity. The voltage standards in the world are roughly inherited from these three countries. The United States was the first country to adopt alternators. At that time, it was limited by the insulation materials of generators. Only 110V alternators can be made, so a 110V grid was established, and this standard later affected Japan and Taiwan (110V). Some neighboring countries and regions that are deeply influenced by the United States, such as Canada, Mexico, Cuba, Colombia, the Cayman Islands and other countries, also adopt the standard of about 110V-120V.Later, with the advancement of technology, 220V alternators were created. Therefore, European countries that established power grids directly adopted the most advanced 220V-240V technology at that time, while countries that had already adopted 110V-127V were all replaced by 220V power. The system was too expensive, so they had to use it to this day. Objectively speaking, the 220V system is more economical than the 110V system, and it can also directly separate the 220V single-phase power from the 380V power supply for civilian use without a transformer, which is more advanced than the 110V system.The early voltage in the UK was 240V, and later it was changed to 230V in order to unify with the EU standard. Most Commonwealth countries and British overseas territories inherit this standard, such as Australia, New Zealand, India, Nigeria, etc. 240V, Malaysia, Singapore, Pakistan, etc. 230V. However, there are exceptions, such as Canada, Jamaica and other countries, which are 110V due to the influence of the United States; Hong Kong adopts the 220V standard considering the use of power supplied by mainland China. There are also Middle East countries from the end of the 19th century to the beginning of the 20th century, most of which belonged to the British sphere of influence, so most of the voltages also adopted British standards, around 230-240V.The voltage in Germany is 230V. Affected by it, the voltage of almost the entire European continent is around 220V-230V. Most of their former colonies in Asia, Africa and Latin America also adopted this standard. Most of the former Soviet Union countries are 220V (Russia is gradually changing to 230V), and China, Mongolia, Vietnam, etc. are also 220V due to the implementation of the Soviet standard.The output voltage of photovoltaic grid-connected inverter is wide, generally compatible with 220V to 240V, but not compatible with 110VAmerican household Split Phase system with 120/240V voltageThe general voltage of American household appliances is 110V, but most of the distribution boxes in the household use the Split Phase system, that is, there are two live wires. There are two types of three-phase voltage in the United States: 208V and 480VSummary: Although the voltage level in the United States is different from that in China, it can still be used by modifying the inverter. The key is to obtain UL certification in the United States.110-120V: North America such as the United States, Canada, Jamaica, Mexico, Cuba, Colombia, Cayman Islands, Japan, Taiwan and other countries and regions230-240V: UK and most Commonwealth countries, most British overseas territories, most Middle Eastern countries220-230V: China, Russia, continental European countries, member states of the former Soviet Union, and countries deeply influenced by the Soviet Union

Where we can use the solarker hybrid solar air conditioner and how much power saving

Where we can use the solarker hybrid solar air conditioner and how much power saving compare with normal air conditioner We can use the solarker hybrid acdc solar air conditioner for the work offices, coffee shops, supermarket, school classroom, hospical, battery or telecom station, restarants and many daily time working places. If there is a power supply issue, like Iraq, Yemen, Bakistan, South Africa or remote area, this is the cheapest and best way to use air conditioner cooling the house compared with battery or generator solutions. Compared with normal AC power air conditioner, power saving from 50% to 100% depends on the time using air conditioner in the day time.

Do I need extra solar inverter or other controller for the Hybrid ACDC solar air conditioner?

Do I need extra solar inverter or other controller for the Hybrid ACDC solar air conditioner? No. The solar MPPT controller is built inside the outdoor unit and with MC4 PV+ PV- connector, so you just need to prepare 3-6 pcs solar panel and connect to the outdoor unit after installation then the unit can work normally.

How many solar panels need for the Solarker Hybrid ACDC solar air conditioner?

How many solar panels need for the Solarker Hybrid ACDC solar air conditioner? The solar panel QTY depends on the total power consumption of the units. Normally we match 130% solar panel power of our units rated power consumption. 12K 18K 24K normal high power consumption is 1000W 1500W 2000W, so we match 1300W, 2000W, 2600W solar panel. So if you use 450W solar panel, then 12K need 3 pcs, 18K need 5 pcs, 24K need 6 pcs, if you want to use off grid and get best saving experience, then add 1 pc extra solar panel will be perfect and save more power and can use air conditoiner longer time daily.

If Solarker Hybrid ACDC air conditioner works with battery?

If Solarker Hybrid ACDC air conditioner works with battery? No. The Solarker Hybrid ACDC model works with solar panel or grid power, can not connect to the battery, If need battery working model then pls choose the Solarker DC48V air conditioner model. But we don't suggest using battery power to drive the air conditioner for residential regular using, because the consumption is high and cost of battery is high, For telecome station or special projects which get DC48V power sourses already, Solarker DC 48V air conditioner will be a good choice.

If Solarker Hybrid ACDC air conditioner works off grid?

If Solarker Hybrid ACDC air conditioner works off grid? Yes, the Solarker Hybrid ACDC unit works with solar panel directly without grid power, stable and no need back up of grid power. Night or cloudy days automatically get rest power from the grid to work. The unit get 3 modes working: 100% AC grid power, 100% DC solar panel working, mix AC+DC. Automatically setting by the machine and priority always the solar 1st.