Product Line
Mini-1000-A,lite
Cyboinverter On Grid micro inverters are a groundbreaking product new to Canada
They provide an on-grid/off-grid inverter solution that senses the electrical-grid
The advantage of the A model grid tie Cyboinverter's is that they are MFA Controlled. This means that each individual CyboInverter has its own individual micro processor and is capable of communicating, thus acting as a "Smart Micro inverter" or "Smart mini inverter".
The "A model" inverter is much easier and less expensive to install then most other inverters on the market today, saving you money and time because it requires no extra components.
The inverters simply just plug into one another, creating a string which produces an output of 240 volts AC. That string goes into an external disconnect. It can be mounted either on the roof or the back of the facility. It goes through a pass through (wires entering the facility) and goes directly to a 20 amp breaker on the service panel.
This configuration can be repeated for each 4.6 kW string (4 inverters), making our system one of the easiest and quickest systems to install. Most of the time the only additional component that is required is an additional sub-panel. This is different from most solar installations which require additional sub panel from the start..
Our Micro inverters are the perfect addition to any bitcoin mining operation looking to lower there day-to-day utility costs and increase profits, in most jurisdictions Solar systems on big going mining operations will still qualify for provincial Solar rebate programs. In these types of situations clients have Known to use the rebates back into the mining facility and or invest directly back into crypto currency and exponentially increasing margins and return of investment.
They provide an on-grid/off-grid inverter solution that senses the electrical-grid
The advantage of the A model grid tie Cyboinverter's is that they are MFA Controlled. This means that each individual CyboInverter has its own individual micro processor and is capable of communicating, thus acting as a "Smart Micro inverter" or "Smart mini inverter".
The "A model" inverter is much easier and less expensive to install then most other inverters on the market today, saving you money and time because it requires no extra components.
The inverters simply just plug into one another, creating a string which produces an output of 240 volts AC. That string goes into an external disconnect. It can be mounted either on the roof or the back of the facility. It goes through a pass through (wires entering the facility) and goes directly to a 20 amp breaker on the service panel.
This configuration can be repeated for each 4.6 kW string (4 inverters), making our system one of the easiest and quickest systems to install. Most of the time the only additional component that is required is an additional sub-panel. This is different from most solar installations which require additional sub panel from the start..
Our Micro inverters are the perfect addition to any bitcoin mining operation looking to lower there day-to-day utility costs and increase profits, in most jurisdictions Solar systems on big going mining operations will still qualify for provincial Solar rebate programs. In these types of situations clients have Known to use the rebates back into the mining facility and or invest directly back into crypto currency and exponentially increasing margins and return of investment.
A 4-channel CyboInverter can connect to 4 solar panels. Each CyboInverter’s input channel has its own control and maximum power point tracking (MPPT) mechanism so that solar power harvest is maximized. In this regard, lower volume batteries and a smaller battery charger can be used to provide adequate performance for the application.
Solar charge controllers claim that they have MPPT. When putting multiple solar panels together in series and/or parallel, the I-V (Current and Voltage) curve of the DC source will most likely have no single MPP (Maximum Power Point). Thus, the claimed Maximum Power Point Tracking (MPPT) in solar charge controllers can get stuck in a "local maximum power point" and unable to harvest the available solar energy.
Because CyboInverters has an MPPT for each solar panel, the partial shading problem is eliminated. In other words, one partially shaded panel will not affect the performance of other panels. This is an important feature that allows the off-grid CyboInverter to deliver AC power to the load reliably and smoothly.
Key points:
Grid-Interactive CyboInverter
Each CyboInverter has 4 input channels that can connect to four 250W-320W solar panels and produce 1150W AC peak power to the grid. Each input channel has its own MPPT to eliminate partial shading problems. Multiple CyboInverters can daisy-chain so the system is truly "plug and play". Because there is no high-voltage DC, the system is intrinsically safe and easy to install, making CyboInverters ideal for residential and commercial roof-top installations.
Solar charge controllers claim that they have MPPT. When putting multiple solar panels together in series and/or parallel, the I-V (Current and Voltage) curve of the DC source will most likely have no single MPP (Maximum Power Point). Thus, the claimed Maximum Power Point Tracking (MPPT) in solar charge controllers can get stuck in a "local maximum power point" and unable to harvest the available solar energy.
Because CyboInverters has an MPPT for each solar panel, the partial shading problem is eliminated. In other words, one partially shaded panel will not affect the performance of other panels. This is an important feature that allows the off-grid CyboInverter to deliver AC power to the load reliably and smoothly.
Key points:
- Smart and Scalable
- Four DC Input Channels
- Solar or Wind Input
- MPPT for Each Solar Panel
- Low Per Watt Price
- Outdoor or Indoor Mounting
- High Efficiency and Long Life
- Produces AC at Low Sunlight
- Powerline Communication & Monitoring with CyboBridge
Grid-Interactive CyboInverter
Each CyboInverter has 4 input channels that can connect to four 250W-320W solar panels and produce 1150W AC peak power to the grid. Each input channel has its own MPPT to eliminate partial shading problems. Multiple CyboInverters can daisy-chain so the system is truly "plug and play". Because there is no high-voltage DC, the system is intrinsically safe and easy to install, making CyboInverters ideal for residential and commercial roof-top installations.
| cyboinverter-ci-mini-1000a-spec-sheetoffgrid.pdf |
A/H 1000 Mini (Dual function) Domestic Hot water and Grid-Tie
The A/H mini inverter was specifically designed for heating hot water tanks and feeding the energy to the grid when the hot water tank is too temperature. This way there is absolutely no energy wasted and you're able to tackle 2 Energy utilities within side of one Solar PV system.
This type of system can be sized proportionately to any facility and can be used to heat, domestic hot water, glycol, or other types of liquids.
The A/H bolster all the same properties and qualities as any of our baseline models. They are MFA Controlled. This means that each individual CyboInverter has its own individual micro processor and is capable of communication, and therefore being a "Smart Micro inverter" or "Smart mini inverter" This is also why there is less limitations on the CyboInverter, versus other converters on the market. The CyboInverter can even handle mismatched panel wattage sizing, which is
perfect when trying to fill roof space with solar panels for an architectural look or to maximize total coverage of solar panels.
A 4-channel CyboInverter can connect to 4 solar panels. Each CyboInverter input channel has its own control and maximum power point tracking (MPPT) mechanism so that solar power harvest is maximized. In this regard, lower volume batteries and a smaller battery charger can be used to provide adequate performance for the application.
In a regular solar thermal heating system, in order to provide enough heat in the winter you'll need an oversized Solar thermal system. By doing this when spring summer and fall comes the system is producing too much heat, if left unattended it could be disastrous. So most solar thermal systems are installed with a three way valve in some form of a radiator or "heat dump" this allows the system to dump this heat and cool itself so the hot water tank or units to be heated do not overheat. As you're probably already starting to see the problem with this type of system is that you are dumping a lot of heat / Btu's and any which way you look at it Energy is energy (BTU = a Watt).
A electric solar heating system does not require a heat dump, when one of the two tanks or both of the tanks are to temperature the electric thermostat will shut off. The inverters will then send the power to the service panel, when the thermostat drops below and calls for power again the inverters will switch Power direction and provide power again to the Electric preheat tank.
As you see below even in large industrial systems we are one of the few that are capable to work with a highbrid TV electric solar thermal system. The solar thermal system will provide some basic heating as well as increasing the delta T temperature making it more efficient for the PV electric heating system to function.
This type of system can be sized proportionately to any facility and can be used to heat, domestic hot water, glycol, or other types of liquids.
The A/H bolster all the same properties and qualities as any of our baseline models. They are MFA Controlled. This means that each individual CyboInverter has its own individual micro processor and is capable of communication, and therefore being a "Smart Micro inverter" or "Smart mini inverter" This is also why there is less limitations on the CyboInverter, versus other converters on the market. The CyboInverter can even handle mismatched panel wattage sizing, which is
perfect when trying to fill roof space with solar panels for an architectural look or to maximize total coverage of solar panels.
A 4-channel CyboInverter can connect to 4 solar panels. Each CyboInverter input channel has its own control and maximum power point tracking (MPPT) mechanism so that solar power harvest is maximized. In this regard, lower volume batteries and a smaller battery charger can be used to provide adequate performance for the application.
In a regular solar thermal heating system, in order to provide enough heat in the winter you'll need an oversized Solar thermal system. By doing this when spring summer and fall comes the system is producing too much heat, if left unattended it could be disastrous. So most solar thermal systems are installed with a three way valve in some form of a radiator or "heat dump" this allows the system to dump this heat and cool itself so the hot water tank or units to be heated do not overheat. As you're probably already starting to see the problem with this type of system is that you are dumping a lot of heat / Btu's and any which way you look at it Energy is energy (BTU = a Watt).
A electric solar heating system does not require a heat dump, when one of the two tanks or both of the tanks are to temperature the electric thermostat will shut off. The inverters will then send the power to the service panel, when the thermostat drops below and calls for power again the inverters will switch Power direction and provide power again to the Electric preheat tank.
As you see below even in large industrial systems we are one of the few that are capable to work with a highbrid TV electric solar thermal system. The solar thermal system will provide some basic heating as well as increasing the delta T temperature making it more efficient for the PV electric heating system to function.
Hybrid Solar thermal/ Solar PV Grid-Tie
