Grino designed a fully automated system
You don’t even need TO START THE SYSTEM.
NO NEED TO START
An irradiation sensor continuously measures the available solar energy and starts the system automatically every morning as soon as the power is enough to run the system.
NO NEED TO STOP
The system continuously produces water till solar energy is not enough to run the system in the evening, the control panel activates the flushing procedure automatically then turns off the system and makes everything ready for next morning.
No matter what water resources you have
Grino provides standard and tailor-made models for different feed waters:
No matter what kind of water you need
No matter what type of energy resources you have
Our engineering team can design the energy input based on your individual needs:
Sea Water
Brackish Water
Waste Water
Ground Water
Dringing Water
Irrigation Water
Industry Water
Reverse Osmosis
No matter what type of energy resources you have
Solar Version
PV Panel
Genset Version
Solar + Genset
Hybrid Version
Solar + Grid
Smart Grid Version
Solar + Wind + Grid
With minimum maintenance and investment budget, Grino offers you the most flexible PVRO
Grino uses just the essentials to produce water
Operation only with the essentials
+15 years working with lowest maintenance
Low water cost
Higher water production
Disadvantages of conventional system
A Traditional system with battery:
Have high maintenance costs concerning to the expensive price of the battery.
Need several time battery exchanges regarding the short lifetime of the battery.
Have many extra energy stages due to several conversion/storage/conversion steps.
Have low efficiency and energy losses because of complex design.
Environmental Relevance
Cumulative Energy Demand (CED) represents the total energy demand to produce a product or a system during the whole lifecycle. The results show that the production of batteries is very energy-intensive. The battery system contributes to the overall results by up to 40 % for the conventional system. Battery production is mainly the phase responsible for the environmental impact. By removing the battery, the resulting impact of the PVRO system can be reduced significantly. Furthermore, eliminating the battery leads to less energy transformation steps, resulting in a smaller value for CED.
