Solar and Wind Energy

Please read the Atlantis Solar Generator operational manual carefully before using the generator to avoid any damage by miss-operation.

Please operate the generator strictly as per the operating instructions stated in this manual. And please keep the manual available when needed.

1.1 The generator is equipped with a custom manufactured professional solar controller and CPU, It provides Stable operation with pure sine wave both AC output & DC output.

1.2 The generator is available with 110V / 220V / 50Hz / 60Hz AC output; 5.5V/7.5V/9V/12V DC output for different applications.

1.3 With default designed protection, the generator is able to protect the solar generator system itself as well as the electric appliances it operates.

Function	Specifications	Index
Solar charge	MAX. charging current	20A
	Protection function	over current；short circuit
	Control mode	PWM
	Float charge voltage	54.5V
	Even charging voltage	57.5V
	Return charging voltage	52.8V
	Temperature compensation	-4.5mv/℃/2V
	Low voltage protection	44V
	Return output voltage	50.5V
Inverter	Power	500W
	DC input	48VDC
	AC output	110Vac 60Hz / 220Vac 50Hz
	Output waveform	Sine wave
	Protection function	battery low; output over voltage >135V / >250V overload 100-120% 30s >120% 100ms >150% 50ms; short circuit <150us
	Noise	<45dB（1M）
DC power	Output 1	12V/3A (3 output port)
DC power	Output 2	USB 5V/0.5A
Requested Voltage of Solar Panel		72V
Requested Voltage of Deep Cycle Battery		48V

4.1.1 - Connecting the Battery 24V: BATT. INPUT (12) is the input port of the batteries. Please pay attention to the pole and make sure it is the positive pole that is connected via the positive cable. It’s normal and safe that there may be some electric spark when connecting to the battery, don not worry. Please make sure there is a good contact, when connecting the battery cables firmly.

4.1.2 - Connecting the Solar Panel or Panels: pay attention to the panel’s polarity and connect the solar input (12) with the panel’s output port by using the cables provided. The red cable is to be connected with positive pole and the black cable to the negative pole. If the solar panel is correctly connected, solar charging indicator (4) will be brightly lit, which means that your solar generator operating normal.

4.2.1 - Inverter: press the INV. POWER (8) until the INV. is working showing a bright indicator light and listen for the buzzer alarm which show the inverter is successfully operating. On the back of this system there are 2 AC output plugs with the maximum load power of 1000W, so pay attention not to connect them with the exact same appliance load. There is overload and short circuit protection of this inverter. When under protection, the fault light will be bright and once an over load problem is solved the inverter will work normal again by restarting the solar generator. Press the INV.POWER (8) for about 3 seconds, the inverter will be turned off.

Notice: Do not use the INV. POWER (8) switch as the load switch. The correct order is to turn on INV. POWER (8) first, then turn on the electric appliance. When turning off, please turn off the electric appliance first, then turn off the INV. Power (8)

4.2.2 - 12V DC Power (10)： Press the switch for the output port (7) is the ON/OFF for 12V DC power. The output voltmeter (1) will point to 12VDC which means there is 12V DC output coming from the 12V DC ports (10). The max loading current is 3A, please make sure the connected load is within 3A current..

4.2.3 USB 5V(9)：The Maximum output electrical current of this socket is 500mA, this will supply power for equipment using the USB as their connections (Example MP3 Players, Cell phone charging, ect.

Method of solar panel connecting:

While able to convert ambient and directed light into solar power, solar panels are sometimes incapable of producing the power necessary to run a device on their own. Knowing how to wire your solar panels--in either series or parallel formation--will remedy this inability.

Series wiring allows your solar panels to generate more voltage while retaining their amp-hour rating, while parallel wiring does exactly the opposite, increasing the panels' longevity without increasing their voltage. Both are useful in different ways, and they can be combined in many ways

1. Step 1

Connect your solar panels in series (to increase their voltage while leaving amp-hours the same) by soldering every positive terminal to a panel's negative terminal until you have one positive and one negative terminal left. Your voltages will be added together to make a new voltage rating.

2. Step 2

Wire your panels in parallel (to increase their amp-hour rating, or longevity, without increasing their voltage) by soldering the negative terminals of each panel to one another, and the positive terminals to one another as well.

You will still have one positive and one negative terminal left over, but the voltages will not have been added, and your amp-hour ratings will have been added together instead.

3. Step 3

Combine series and parallel wiring to increase both voltage and amp-hour ratings by first wiring your cells to create the voltage you need, and then together in parallel to create your desired amp-hour rating.

Batteries connected in Parallel, Capacity (Ah) increased, Voltage keep unchanged.
	e.g.: 4* 12V100Ah = 12V400Ah
Batteries connected in Series, Capacity (Ah) keep unchanged, Voltage Increased 1000W Solar generator is suggested to use batteries in 48V. So only batteries connected in series are able to produce 48V.
	e.g.: 4* 12V100Ah =48V100Ah If use 2V batteries, 12pcs2V= 48V If use 6V batteries, 8pcs 6V=48V
Example to make a large 48V battery with a large amount of amp hours
	2 group (s) of 4 batteries in series at 12 volts & 100 AH produce a 48 volt battery bank at 200 Amp Hours capacity.
Use series wiring to make a large 72V Solar output Voltage
	This diagram shows a simple series circuit to increase the voltage level. Assume that we are using 4pcs of 100W panel and each panel is18V.In this circuit the current is the same as the current in just 1 of the panel (5.7A). But we have in effect created a larger 72V output voltage
To make a large 72V solar output voltage with a large amount of current
	For Example : 1 group (s) of 4 pcs of 100W solar panels in series at 18V & 5.7A as we mentioned above. And then 2 same groups parallel wiring to produce a 72 volt and11.4A larger current

Atlantis Solar has designed a real upgradable Plug-N-Play 100W to 1000W stand alone solar generator that can be actually used anywhere in the world with a continuous guaranteed high load capacity with out being unstable.

The benefits to our new technology unlike all other stand alone off–grid solar generators, our input charge capacity is exactly the same as our load capacity.

What this means, is that most generators may say 1000W generator with a 1000W load capacity, but the intake charge capacity will operate at 1/3 taking 3 to 6 hours to charge a 1000W solar generator to its full capacity 6 hour operation time.

Example: Atlantis Solar has designed our 1000W stand alone off-grid solar generators to operate at a load of 100W to 1200W depending on your solar panel charge capacity and batteries amp size continues to charge at 100% of its load capacity. This means charge intake per kwh is 1000W and output load is 1000W per kwh guaranteed.

Why use our new Atlantis Solar Generator, because we guarantee after much research and testing, there is no other Solar Generator designed like an Atlantis Solar Generator.