Portable Suitcase Solar Powered RO Seawater Desalination System
The 125LPH portable solar seawater desalination unit, perfect for military, outdoor, and remote island drinking water needs.
This compact suitcase-style system is designed for 35000ppm seawater, delivers up to 125 liters of fresh drinking water per hour, with a 99.5% salt rejection rate. All 6 units here are fully tested and ready for shipment!
This unit runs entirely on clean solar power: 4 pieces of 200W foldable solar panels, paired with a 5KW·H 48V energy storage battery, and an intelligent MPPT solar controller. It also supports AC power charging for backup, works perfectly off-grid 24/7.
This unit runs entirely on clean solar power: 4 pieces of 200W foldable solar panels, paired with a 5KW·H 48V energy storage battery, and an intelligent MPPT solar controller. It also supports AC power charging for backup, works perfectly off-grid 24/7.
125L/hr Suitcase Type Solar Powered seawater desalination plant photo for you reference.
Portable Suitcase Solar Power Seawater RO Desalination System Parameter
| Product Name | Solar-powered suitcase-style seawater desalination system | Filter type | Reverse osmosis membrane |
| Production Efficiency | 125LPH | Processing technology | Filtration, seawater desalination, reverse osmosis system |
| Voltage | 220 volts, 110 V, 24 volts, 48 volts, 12 volts | Power (W) | 2570W |
| Core components | Pumps, motors, RO membranes, high-pressure pumps, solar panels | Origin | Guangdong, China |
| Warranty | 1 year | Allication | Outdoor drinking water, Portable compact drinking water |
| Weight | 100kg | Size | 1000*800*400(mm) |
| Brand Name | Haiyuan | Solar panel power | 200W |
| Inlet TDS | 35000ppm | Number of solar panels | 4pieces |
| Function | Removes salt, TDS, bacteria, colloids, and viruses. | Energy storage | 5KVA |
Portable Suitcase type seawater desalination System Principle:
It utilizes reverse osmosis (RO) seawater desalination technology combined with foldable solar photovoltaic panels and a built-in energy storage battery. It converts seawater and brackish water into fresh water that meets WHO and national (GB5749) drinking water standards. The entire unit is integrated into a protective case equipped with a pull handle and wheels, making it a compact, portable, and ready-to-use water purification system.
Key Advantages and Features
1. Portable, Integrated Design for Rapid Deployment
1. Housed in an integrated, wheeled, and handle-equipped protective case (like a rolling suitcase), the unit is portable by a single person. Its compact size allows for transport via vehicle, boat, or air; all hoses, filter cartridges, and connectors are stored inside the case, eliminating the need for civil engineering work or fixed installation.
2. Ready to use right out of the box with a 3-minute startup time; simply place the intake hose into the seawater or brackish water source and unfold the solar panels to begin water production—no professional installation personnel required.
3. High-strength, military-grade protective case that is waterproof, shockproof, dustproof, and resistant to salt spray and impact; suitable for long-term storage and transport in harsh environments such as islands, coastal areas, and deserts.
2. Off-Grid Solar Power with Multi-Source Compatibility
1. Comes standard with foldable solar panels and a lithium battery; operates without a power grid by utilizing solar energy to produce fresh water. Solar energy powers production and charges the battery during the day, while the battery sustains production during overcast weather or at night.
2. Multiple power modes: DC 24V, 110V/220V mains power, and optional hybrid diesel generator support. Features automatic switching between energy sources and adapts to global voltage standards (suitable for South America, the Middle East, Africa, and Southeast Asia).
3. Stable Water Quality and Powerful Purification
1. Uses seawater reverse osmosis (RO) membranes with a salt rejection rate of up to 99.7%; effectively removes heavy metals, suspended solids, bacteria, and microorganisms. Output water TDS ≤ 600 ppm, meeting direct drinking water standards. Includes built-in pre-filtration (316 stainless steel mesh + PP filter cartridge) to protect the RO membrane and extend its service life.
2. No chemical additives; produces no secondary pollution. Features a built-in water quality testing port for real-time output monitoring using a TDS meter.
3. Equipped with automatic protections for pressure, low water levels, and high-pressure overload; automatically shuts down during water shortages to prevent dry-run damage, ensuring safe and reliable operation. 4. Simple O&M and Low Costs
1. Modular design allows for easy replacement of filter cartridges and membrane elements; maintenance can be performed by general personnel after brief training. Pre-treatment screens are washable and reusable, resulting in minimal consumables and low maintenance frequency.
2. Lightweight unit; a standard 125 L/h model produces enough drinking water for a group ranging from a few individuals to over a dozen people. Capacity can be expanded by connecting multiple units in parallel.
3. Customizable: Water output, solar panel power, battery capacity, and accessory packages can be tailored to the client’s specific location and number of users.
4. Flexible Use and Versatility
Capable of treating not only seawater but also brackish water, high-salinity groundwater, and saline lake water; suitable for use in the Middle East, Africa, and islands with brackish water sources.
II. Applicable Use Cases
(I) Maritime and Marine Vessel Scenarios
1. Small fishing boats, angling boats, yachts, and sailboats: Suitable for vessels with limited space where fixed installation is not required; converts seawater into drinking water on-site during voyages.
2. Offshore work vessels; temporary water supply for small crews on offshore drilling platforms and personnel manning navigational aids.
(II) Residents of islands and remote coastal areas
(III) Emergency Disaster Relief Scenarios
1. Coastal disaster relief (tsunamis, typhoons, floods, etc.): For situations where existing water supply systems are destroyed and power grids are interrupted; the unit can be rapidly deployed via air or truck to produce safe drinking water on-site for disaster victims and rescue teams.
2. Refugee resettlement sites, temporary disaster relief camps, and emergency reserve equipment for island disaster preparedness.
(IV) Field exploration, scientific research, and outdoor operations
(V) Overseas projects and engineering camps (suitable for markets in the Middle East, Africa, and Latin America)
(VI) Other Scenarios
– Water rescue operations and stockpiling for maritime life-saving bases;
– Recreational vehicles (RVs) and coastal RV campsites;
– Small-scale aquaculture facilities (providing fresh water for personnel).
Welcome inquriy:
Email: Bella@swroplant.com
Phone/ Whatsapp +8613544774483