Key benefits of LORENTZ "S"
- Easy, no-tool installation
- Durable positive cavity pump
- Top quality, durable materials
- Fully waterproof for outdoor use
- Unique plugs eliminate incorrect connections
- Built-in data storage & Bluetooth controls via app
- Easy maintenance & control from our mobile app
Self-install Solar Pump Kits
Size your self-install solar pump kit
The LORENTZ CONNECTED apps
LORENTZ systems integrate fluidly with the LORENTZ Pumpscanner & LORENTZ Assistant apps, available on the Google Play store. These apps allow you to remotely monitor & control your LORENTZ pumps, view real-time & historical data, & access advanced settings including timers, speed control, & pressure levels.
Example application types
S1-200 used to irrigate a field with a hose
The picture below shows an S1-200 pump system providing water to irrigate a field. The pump is installed in the water source which is in this example a pond (A). A person is standing with a hose in their hand irrigating any kind of crop (B). Basic components of an S1-200 pump system are installed: Pump (1), controller (2) and PV modules (3).
S1-200 used to irrigate a field using sprinklers
The pump is installed in the water source, which in this example is a pond (A) and will be used to irrigate a field (B) under pressure using a sprinkler irrigation kit (4). The basic components of an S1-200 pump system are installed: Pump (1), controller (2), and photovoltaic modules (3).
S1-200 used in drip irrigation
The pump is installed in the water source, which in this example is a pond (A) and will be used to irrigate a field (B) using a drip
irrigation system. The basic components of an S1-200 pump system are installed: Pump (1), controller (2) and PV modules (3).
S1-200 used to fill a tank
The picture below shows an S1-200 pump system which pumps water up to a tank (B). By gravity the water is used to irrigate a field and to fill a reservoir (C). The pump is installed in the water source which is in this example a well (A). Basic components of an S1-200 pump system are installed: Pump (1), controller (2) and PV modules (3). In addition to that a dry run protection (4) and a tank full switch are installed (5).
S1-200 used to transfer water from one tank to another tank located at a higher location
The following image shows an S1-200 system pumping water from one tank (A) to another tank (B) that is located uphill, to finally irrigate a field (C). The basic components of an S1-200 pumping system are installed: Pump (1) - in this example in horizontal position -, controller (2) and PV modules (3). In addition, a dry run protection (4) - note that it is installed vertically - and a tank full switch (5) are installed.
S1-200 used to pump water from a well to a tank located in a remote location
The following image shows an S1-200 system pumping water from a well (A) to a tank with a float valve (B) that is located too far away to use the LORENTZ full tank switch accessory, and finally supplying water to a field and livestock by gravity action (C). The basic components of an S1-200 pumping system are installed: Pump (1), controller (2) and PV modules (3). In addition, a dry run protection (4) and a remote tank switch are installed on the discharge hose (5). The float valve is not included in the LORENTZ accessory portfolio.
Anywhere, any source fixed or portable
- Easy, rapid installation
- Pump from any source, without priming
- Light weight, ‘plug and play’ for easy portability
- Ideal for small-scale applications
- Irrigate small areas for lawns, crops, or gardens
- Provide drinking water for livestock
- Water transfer or circulation
Testimonials
Our priority was to offer cost-effective solutions that would benefit our customers in the long run. This is why we opted for LORENTZ Australia Solar Pumps, which require minimal maintenance and reduce expenses over time. By eliminating the need for frequent refueling and servicing, we ensure = that our solar pump systems remain economically viable for years to come.
I’m very excited to have the Lorentz system on our property. Now we use solar energy to pump water from our creek to the header tank, and gravity drop to irrigate, the cost has not only decreased astronomically – it’s non-existent.
