The Renewable Energy Control is a package including an inverter, charge control and display. All the facilities are fitted as standard to make it straightforward to install and to enhance the performance. It is an automatic, integrated and robust system designed and manufactured to give many years of reliable and efficient service. Hypwr can supply the complete system with the REC (Renewable Energy Control), PV solar panels or wind turbine or both, connection boxes, isolators and battery. If a complete system is not required Hypwr will supply the Renewable Energy Control system along with other equipment as needed. The Hypwr Renewable Energy Control system is the complete answer to off-grid systems relying on renewable energy.

The diagram on the right shows the main blocks of the Hypwr REC system. When the sun is shining on the PV Solar Array electrical energy is produced passing current through the PV Solar Connection Box to the REC Charge Control. The Charge Control ensures that the Battery is fully charged periodically and is not discharged too deeply. The battery stores the energy that is not being used so that power is available when the sun is not shining. Systems can be supplied that will work with a mains connection or a standby generator.

The inverter uses energy from the battery to produce 230VAC 50Hz sinewave power to be used in the property. The output is a mimic of mains electricity and will run any mains appliance within its rating. The inverter fitted into the Hypwr REC system is robust and reliable with a long service life. It is straightforward to service and repair. The block diagram below shows the main component parts. The Inverter is microprocessor controlled. The control monitors the parameters during operation. It generates the waveforms to drive Transformers 1 & 2 via the Power Modules. The Power Modules can switch heavy DC currents efficiently and reliably and are rated at less than 50%. The output of the power stage can be shorted as shown on the block diagram and the power modules will shut down without damage. This is a rare achievement and demonstrates the robust design. The inverter can be operated at 50% overload for 15 minutes and 25% overload for 30 minutes. The output can be short circuited for 30 seconds and when the short is removed the load will power up as normal. To increase efficiency one transformer is switched off when it is not needed and switched on again when the load increases. The output is immune to virtually everything that will be encountered driving mixed and variable loads making the inverter ideal for this application.

The front panel is designed to give information, warnings and alarms. The panel gives information to make the system more efficient.

Premature battery failure is common on renewable energy systems. So much so that manufacturers are reducing the warranty when the batteries are to be used on renewable energy systems. Suppliers cite high temperature, excessive cycling and other factors as the cause of the problem. Sometimes these conditions will affect battery life but the main cause of premature failure is because the Power Systems. Practical automatic solutions for saving fuel and reducing pollution. The complete answer to generating power off grid relying on renewable energy. Hyper design and manufacture a range of power systems for Emergency and Prime Power applications. Hyper specialize in off-grid power systems for applications ranging from communication hubs, business properties, remote scientific stations, farms and domestic. Hyper specialize in integrating renewable energy into the systems where possible. Increasing efficiency and reducing fuel consumption.

A hybrid renewable energy system utilizes two or more energy production methods, usually solar and wind power. The major advantage of solar / wind hybrid system is that when solar and wind power productions are used together, the reliability of the system is enhanced. Additionally, the size of battery storage can be reduced slightly as there is less reliance on one method of power production. Often, when there is no sun, there is plenty of wind. In comparison to solar modules, wind turbines can offer a more favorable price per watt ratio. Solar Online Australia's hybrid systems utilize the industry's leading high quality components to ensure reliable performance and long life. Our packaged systems are ideally suited to remote homes, schools and other off-grid applications. They can also be retrofitted to existing diesel-generator systems to save on high fuel costs and minimize noise. We have standard hybrid systems available to meet your power needs. We can also tailor a system to suit should you have a smaller or larger power requirement.