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Borewell Submersible Pumps – High Efficiency & Deep Well Solutions

FAQ: Why one should buy a Submersible Pump?

1. What is a Submersible Pump?

A submersible pump is designed to operate while fully submerged in water. It pushes water to the surface using sealed motors and is commonly used for deep borewells, sumps, and drainage systems.

2. Why Choose a Submersible Pump Over a Monoblock or Jet Pump?
  • Higher efficiency: Water is pushed, not pulled.
  • Silent operation: Underwater placement reduces noise.
  • Space-saving: Installed inside the water source, requires no above-ground space.
  • Better for deep water levels: Ideal for borewells with depth over 27 ft.
3. Key Features to Look for (Current Trends & Technology)
FeatureWhy It Matters
Copper winding motorBetter durability & efficiency
ISI / BIS certificationEnsures quality & safety compliance
Thermal overload protectionPrevents motor burnout during overload
Stainless steel bodyCorrosion-resistant, long life
Energy-efficient modelsReduces electricity bills
Built-in capacitorNo external starter needed (in some models)
Smart control panelAuto Control Panels offer Smart monitoring
4. What Are the Advantages of Using Submersible Pumps?
  • Suitable for deeper applications: Great for rural and industrial water extraction.
  • Low maintenance: No priming required.

  • Durable construction: Designed to withstand prolonged water immersion.
  • Efficient operation: Low energy consumption compared to traditional pumps.
5. Are There Any Limitations or Disadvantages?
  • Inspect or Service: Needs to be removed from the well/tank.
  • Initial cost may be higher: But pays off with energy savings.
  • Overheating risk: If water level drops or pump runs dry without auto-cut.
  • Needs proper installation: Requires skilled technician to avoid wiring or fitting issues.
6. Best Use Cases
  • Borewell applications (domestic, farms, industries)
  • Sump water lifting in residential buildings
  • De-watering in construction or rainwater areas

Hybrid Solar BoreWell Submersible Pump (AC + DC Compatible)

Runs on Solar by Day. EB Power by Night. Zero Interruption.

  • Save electricity upto 60 - 80%
  • No inverter. No battery.
  • Smart automatic power switching (AC<->DC)

Ideal for Apartments, Farmhouses & Commercial Buildings

Feature-by-Feature Comparison Table

Feature

Borewell Submersible Pump

Borewell Jet Pump

Working Principle

Pushes water upward from inside the borewell

Pulls water using suction from surface

Installation Location

Fully submerged inside borewell

Installed above ground

Maximum Water Depth

Suitable for deep borewells (100–1000+ ft)

Limited depth (typically up to 250 ft)

Energy Efficiency

⭐⭐⭐⭐ High efficiency (60 - 80%)

⭐⭐ Moderate to low efficiency (30-50%)

Power Consumption

Lower for same output

Higher for same output

Noise Level

Very low (silent operation)

Noisy due to surface motor

Priming Required

No priming needed

Priming required

Maintenance Frequency

Low

High

Space Requirement

Minimal surface space

Requires pump room / open space

Water Flow Rate

High and consistent

Lower and fluctuating

Water Quality

Cleaner (less surface contamination)

Higher risk of contamination

Automation Compatibility

Excellent (float switch, dry run protection, IoT)

Limited automation options

Initial Cost

Higher

Lower

Running Cost (Electricity)

Low

High

Best For

Deep borewells, long-term use

Shallow borewells, low budget


How to Choose the Best Borewell Submersible Pump for Your Needs?

A borewell submersible pump is an essential investment for anyone looking to extract water efficiently from deep underground sources. Whether for domestic, agricultural, or industrial use, choosing the right pump can make a significant difference in performance and cost savings. Here’s a step-by-step guide to help you select the best borewell submersible pump for your needs.

1. Determine the Borewell Depth

The depth of your borewell is a crucial factor in selecting the right pump. Borewells typically range from 100 feet to 1200 feet deep. The deeper the borewell, the more powerful the pump required.

  • Shallow borewells (100-250 feet): 0.5 HP to 1 HP pumps are sufficient.

  • Medium borewells (250-500 feet): 1 HP to 2 HP pumps are recommended.

  • Deep borewells (500+ feet): 2 HP and above pumps are needed.

2. Consider the Water Requirement

The pump capacity should match your daily water usage needs. Approximate requirements:

  • Domestic Use: 500 – 1500 liters/day

  • Agricultural Use: 5000+ liters/day

  • Industrial Use: 10,000+ liters/day

Higher water demand requires a pump with greater discharge capacity.

3. Choose the Right Horsepower (HP)

Horsepower determines how effectively the pump can lift water. Selecting an underpowered pump may lead to inefficient operation and higher electricity costs.

  • 0.5 HP - 1 HP: Best for small households with low water demand.

  • 1 HP - 2 HP: Suitable for larger homes and small agricultural needs.

  • 2 HP - 5 HP: Ideal for farms, factories, and high-rise buildings.

4. Check the Head and Discharge Capacity

  • Head: The total height the pump can lift water. It must be greater than the borewell depth.

  • Discharge Capacity: The volume of water the pump can supply per minute (LPM). Select a pump that balances both factors.

4. Check the Head and Discharge Capacity

  • Head: The total height the pump can lift water. It must be greater than the borewell depth.

  • Discharge Capacity: The volume of water the pump can supply per minute (LPM). Select a pump that balances both factors.

4. Additional Features to Look For

  • Thermal Overload Protection: Prevents motor burnout.

  • Dry Run Protection: Stops the pump if water is insufficient.

  • Automatic Start/Stop: Improves efficiency and extends pump life.

  • Budget & Pricing: Borewell submersible pumps range from ₹9,000 to ₹50,000+ depending on capacity, brand, and features. Always compare models before purchasing.

Final Recommendation

To choose the best borewell submersible pump, first assess your borewell depth, borewell dia, water quality, water requirement, and energy efficiency needs. Opt for a pump with suitable HP, high-quality material, and additional safety features to ensure long-term reliability and performance.


Borewell submersible pumps offer higher efficiency, deeper water lifting capability, lower noise, reduced maintenance, and better water quality compared to borewell jet pumps. While jet pumps are economical and suitable for shallow wells, submersible pumps are the preferred choice for modern residential, agricultural, and industrial applications due to their reliability and long-term cost savings. 


For the same water output, a jet pump consumes 20–40% more electricity.

Need Help?

For expert recommendations and the best prices on borewell submersible pumps, check out PlumbingStores.in and get assistance from professionals! Please contact +91-7010008480 for pump selection.

Plumbing Stores is a brand of Transenergy Engineering Solutions.