Rising diesel costs and unreliable grid access are crippling agricultural, industrial, and remote water supply operations. Solar-powered electric water pump systems eliminate fuel dependency, slash operational expenses, and provide autonomous water delivery even in off-grid locations. With Malaysia averaging 4–6 peak sun hours daily and over 2000 sunlight hours annually, solar pumping is not just viable—it is a strategic economic advantage . Without it, facilities remain exposed to volatile energy prices, carbon compliance pressure, and preventable downtime. EKG (Malaysia) Sdn Bhd delivers turnkey solar pumping solutions—from feasibility study to commissioning—tailored for Malaysian terrain and industry requirements.
Our solar pumping solutions serve:
Agricultural Irrigation (Oil Palm, Paddy, Cash Crops)
Aquaculture & Fish Farm Aeration/Circulation
Remote Estate & Plantation Worker Quarters
Livestock Water Supply & Pasture Management
Industrial Process Cooling & Off-Grid Facilities
Community Water Supply & Borehole Schemes
High Diesel & Electricity Costs – Eliminate monthly fuel refills and grid tariffs
Unreliable Grid Supply – Autonomous operation in remote or undeveloped land
Deep Borehole Extraction – Submersible solar pumps capable of 30–200m depth
Shallow Surface Transfer – Pond, river, or reservoir draw for irrigation
Environmental Compliance – Reduce carbon footprint and meet sustainability targets
No Operational Visibility – IoT-enabled monitoring for flow, pressure, and pump health
1. DC Solar Pump Systems (Highest Efficiency)
Direct PV coupling—no inverter losses
Ideal for small-to-medium farms, off-grid homes, and remote stations
Operates in diffuse sunlight (cloudy conditions)
Lower system cost, simpler maintenance
2. AC Solar Pump Systems (High Power)
Inverter-based conversion from DC to AC
Suitable for large-scale irrigation, industrial duty, and continuous supply
Battery-ready configuration for 24/7 operation
Compatible with existing AC pump infrastructure
3. Surface Solar Pumps
Installed above ground; suction lift up to 8 metres
Ideal for rivers, ponds, open wells, and flat terrain
Easy installation, low maintenance, cost-effective
4. Submersible Solar Pumps
Fully immersed; capable of 30–200m depth
Protected from weather, quiet operation, water-cooled motor
Deep borewells, drought-prone areas, high-lift applications
5. Positive Displacement Solar Pumps
Handles muddy water, slurry, and debris-laden sources
Consistent flow under varying pressure
Aquaculture, wastewater, and contaminated water applications
Solar PV Arrays – Monocrystalline/Polycrystalline panels; tilt-optimised (10–15° facing south) for Malaysia’s latitude
Solar Charge Controllers – PWM or MPPT; prevent overcharging, extend battery life
Inverters (AC systems) – High-efficiency DC-AC conversion; IP66-rated for dusty/humid field conditions
Battery Storage (Optional) – Lithium or deep-cycle lead acid; enables night-time/overcast operation
Pump Controllers & Sensors – Float switches, dry-run protection, automatic start/stop
IoT Monitoring (Optional) – ESP32/Blynk-based real-time flow, pressure, and fault alerts
Payback Period – ≤ 8 months for diesel replacement; 5.72 years for battery-less grid replacement (IRR 17%)
Operational Savings – Up to 75% reduction in irrigation cost per device
System Lifespan – Solar panels: 20–25 years; Pump: 10–15 years
Flow Rates – From 700 L/hr (small DC submersible) to industrial-scale capacity
Proven Applications – Successful deployment in Tumpat island community water supply (3kW solar + 5kWh lithium, 1,000 gal/day to 200 households)
1. Feasibility & System Sizing
On-site solar irradiance assessment
Daily water demand calculation
Total Dynamic Head (TDH) and friction loss analysis
Optimal pump type recommendation (DC/AC, surface/submersible)
2. Supply & Installation
High-efficiency solar PV arrays with corrosion-resistant mounting
Pump, controller, inverter, and battery integration
Full wiring, earthing, and lightning protection
Compliance with SIRIM and ST standards
3. IoT & Smart Monitoring Integration
Real-time dashboard via web/mobile
Automated fault detection and predictive alerts
BMS/SCADA integration available
4. Retrofit & Hybrid Upgrades
Convert existing diesel/electric pumps to solar hybrid
Add battery storage for 24/7 reliability
Upgrade to high-efficiency DC pump sets
5. Maintenance & After-Sales Support
Panel cleaning and tilt adjustment
Pump performance verification
24/7 emergency breakdown response
Renewable Energy & Pumping Specialists – End-to-end expertise: hydraulics, PV sizing, control systems
Proven Track Record – Agriculture, aquaculture, community water, and industrial off-grid applications
Cost-First Engineering – Optimised for fastest payback and lowest lifecycle cost
Future-Ready – IoT-enabled, GBI/LEED/MyHIJAU-aligned, carbon reduction ready
Authorised Supplier Network – Access to leading brands: Grundfos, Lorentz, Shakti, INVT, and local compliance certification
Stop paying for fuel and grid dependency. EKG (Malaysia) Sdn Bhd delivers solar-powered electric water pump systems engineered for Malaysian conditions—delivering reliable water, zero energy bills, and immediate sustainability impact.
Book your solar pumping consultation today! Contact us now for a free feasibility assessment and payback analysis tailored to your facility.
More detail about EKG M & E SDN. BHD.
Malaysia
