|
Products
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
Solar Powered water pumps are ideal for agriculture and related activities and are a great alternative to conventionally powered systems. They are highly reliable, low on maintenance and easy to install and operate. They are also eco friendly and reduce the dependence on fossil fuels. As most farms and agricultural setups are established over large areas which are mostly inaccessible and remote, reliability of the system becomes critical. With the proven reliability of the solar water pumps farmers and owners can be rest assured of an uninterrupted performance. With power supply at times not being consistent solar powered pumps will provide continuous pumping through out the day on most days. They have proven to be a great addition to a modern farm looking for a reliable system to ensure that one of the most important elements "water for the plants" is at all times supplied. |
|
| Application | Characteristics | |
| Drinking water supply | Fast, failure-free installation | |
| Livestock watering | Excellent serviceability | |
| Pond management | High reliability and life expectancy | |
| Water circulation through swimming-pool filter systems or thermal collectors | Short Return of Investment (ROI) cycle | |
| Pressurising home water systems | Lower Total Cost of Ownership (TCO) | |
| Irrigation | ||
| Etc. |
![]() |
![]() |
![]() |
|
pump system |
|
PS150 Boost |
PS600 CS-15-1 |
PS1800 CS-36-1 |
|
max. total dynamic head (TDH) |
[m | ft] |
120 | 400 |
14 | 45 |
16 | 55 |
|
max. flow rate |
[m3/h | 1,000 US gal./h] |
1.3 | 0.35 |
15 | 4.0 |
36 | 9.5 |
|
solar operation: |
[V DC] |
> 17 |
> 68 |
> 102 |
|
solar operation: |
[V DC] |
max. 50 |
max. 150 |
max. 200 |
|
solar operation: nominal voltage |
[V DC] |
12 – 24 |
48 – 72 |
84 – 96 |
|
battery operation: nominal voltage |
[V DC] |
12 – 24 |
48 |
84 – 96 |
|
pump type |
|
positive displacement |
centrifugal pump |
centrifugal pump |
|
integrated strainer |
|
- |
- |
- |
|
suitable for sea water |
|
- |
on request |
on request |
* PV modules at standard test condition: AM = 1.5, E = 1,000 W/m², cell temperature: 25 °C
| Controller: PS | Motor: ECDRivE Boost/CS | Pump End: PE Boost/CS |
| controlling and monitoring | maintenance-free brushless DC motor | high life expectancy |
| control inputs for well probe, dry running protection, remote control etc. | no electronics in the motor | premium materials |
| protected against reverse polarity, overload and high temperature | premium materials | optional: dry running protection |
| solar operation: integrated MPPT (Maximum Power Point Tracking) | ||
| battery operation: low voltage disconnect |
CHARACTERISTICS
APPLICATIONS
Helical Rotor (HR) Types
|
pump system |
|
PS200 HR |
PS600 HR |
PS1200 HR |
PS1800 HR |
PS4000 HR |
|
max. total dynamic head (TDH) |
[m | ft] |
50 | 170 |
180 | 590 |
240 | 790 |
250 | 820 |
350 | 1,150 |
|
max. flow rate |
[m3/h | 1,000 US gal./h] |
2.7 | 0.7 |
2.7 | 0.7 |
2.7 | 0.7 |
4.0 | 1.1 |
2.4 | 0.6 |
|
solar operation: max. power voltage (Vmp)* |
[V DC] |
> 34 |
> 68 |
> 102 |
> 102 |
> 238 |
|
open circuit voltage (Voc) |
[V DC] |
max. 100 |
max. 150 |
max. 200 |
max. 200 |
max. 375 |
|
nominal voltage |
[V DC] |
24 – 48 |
48 – 72 |
272 – 96 |
72 – 96 |
168 – 192 |
|
battery operation: nominal voltage |
[V DC] |
24 – 48 |
48 |
72 – 96 |
72 – 96 |
n.a. |
Centrifugal (C) Types
|
pump system |
|
PS150 C |
PS600 C |
PS1200 C |
PS1800 C |
PS4000 C |
|
max. total dynamic head (TDH) |
[m | ft] |
20 | 65 |
25 | 80 |
40 | 130 |
100 | 330 |
170 | 560 |
|
max. flow rate |
[m3/h | 1,000 US gal./h] |
5.0 | 1.3 |
11 | 2.9 |
20 | 5.3 |
51 | 13.5 |
70 | 18.5 |
|
solar operation: max. power voltage (Vmp)* |
[V DC] |
> 17 |
> 68 |
> 102 |
> 102 |
> 238 |
|
open circuit voltage (Voc) |
[V DC] |
max. 50 |
max. 150 |
max. 200 |
max. 200 |
max. 375 |
|
nominal voltage |
[V DC] |
12 – 24 |
48 – 72 |
72 – 96 |
72 – 96 |
168 – 192 |
|
battery operation: nominal voltage |
[V DC] |
12 – 24 |
48 |
72 – 96 |
72 – 96 |
n.a. |
*) PV modules at standard test condition: AM = 1.5, E = 1,000 W/m², cell temperature: 25 °C
| Controller: PS | Motor: ECDRivE HR/C | Pump End: PE HR/C |
| controlling and monitoring | maintenance-free brushless DC motor | high life expectancy |
| control inputs for well probe, dry running protection, remote control etc. | water-filled | non-return valve |
| protected against reverse polarity, overload and high temperature | no electronics in the motor | premium materials |
| solar operation: integrated MPPT (Maximum Power Point Tracking) | submersion max. 250 m water column, IP68 | optional: dry running protection |
| battery operation: low voltage disconnect | premium materials |
Under the JNNSM off-grid policy, under certain conditions, the MNRE provides subsidies @ Rs. 81/Wp to offset the capital cost of the project. The MNRE recently revised this capital subsidy and benchmark cost of SPV systems on April 1, 2011. Please click, download, and understand your options by from:
Revised Capital Subsidy and Benchmark cost of the SPV system.pdf
So, for a 10 kWp with one-hour battery back-up, the Rs. 27 lakhs capital costs (@ Rs. 270/Watt) will be offset by Rs. 8.1 lakhs or only Rs. 18.9 lakhs (Rs. 270/Watt – Rs. 81/Watt = Rs. 189/Watt) or about a 30% discount.
Solar-Apps will take care of the entire process for you. We will provide you with a free needs assessment and based on your project configuration measured in kWp, we offer a simple fixed-price model in slabs of 20 kWp, 80 kWp, 400 kWp, and 500 kWp.
For projects that meet the minimum criteria set forth by the MNRE, our goal is to hand over the subsidy in two installments within 6-months or your money back. How we do this is through a strategic tie-up with MNRE channel partners that are CRISIL 1A certified. Knowing where your money is coming from as well as the control is always promises to be a less stressful option.