Premium Power

MULTIPLE APPLICATIONS

• Domestic/Residential
• Institutions
• Commercial
• Swimming Pool
• Dairy Farm

BENEFITS OF OUR SOLAR WATER HEATING SOLUTIONS:

• Can maintain water hot for 24hrs
• Able to resist high temperature
• Corrosion protection
• Highly resistant to rust due to salty water
• Lower chance of inner tank leakage.

AVAILABLE SOLAR WATER HEATING SYSTEM CAPACITIES

• 200 Litres
• 300 Litres

TYPES AVAILABLE

• Direct Solar Water Heating Systems
• Indirect Solar Water Heating Systems

Our Systems offer advanced water pumping solutions to a wide range of applications such as irrigation – flood and micro irrigation, horticulture, domestic water supply, commercial and industrial applications. We have a wide range of pumping products namely:-

– DC & AC Pumps

– Submersible & Surface Motors

– Intelligent Controllers

WHY OUR SOLAR POWERED BOREHOLE WATER PUMPING SYSTEMS?

1. MULTIPLE APPLICATIONS

• Crop irrigation and watering for livestock
• Domestic water supply for residential facilities such as apartments
• Water supply for hospitality facilities such are Restaurants and Resorts
• Supply of water for industrial and institutional use

2. COST SAVING FEATURES:

• Low maintenance
• No fuel costs or spills,
• Easy to install
• Simple and reliable since it simply depends on the Sunshine.
• Unattended operation
• Long operating life of 20‐25 Years
• Eco‐friendly
• Accessibility in remote areas with no electricity supply

3.WIDE RANGE OF PRODUCTS:

• Pump Capacity Range: 0.37kW – 250kW
• Water Flow Capacity Range: 5 litres per minute to 6,000 litres per minute

Deep Cycle GEL VRLA Batteries

Voltage class: 2V/6V/12V, Capacity range: 100 Ah-3000Ah

Designed for frequent cyclic charge and discharge applications under extreme environment. Suitable for solar & wind energy Solutions and electric power back-up systems.

VRLA Tubular Gel Battery

Voltage class: 12V/2V Capacity range: 100Ah-3000Ah

These are Solid-state Lead Battery with excellent performance of deep discharge cycle, and an ultra-long design life. The internalization technology of one-time solid-state electrolyte filling makes the product consistency better. It has Nano gas-phase silica solid-state electrolyte, tubular positive plate of high pressure  die-casting, denser grid and more corrosion-resistant, resulting in a wide application range of ambient temperature, stable high and low temperature performance;

AGM Deep Cycle VRLA Batteries

Voltage class: 12V, Capacity range: 100Ah-3000Ah

Superior deep cycle design. Suitable for solar & wind energy, UPS, telecom systems, electric power

systems, control systems, golf cars, etc.

Lithium-ion batteries

Voltage class: 12V/48V, Capacity range: 100Ah-3000Ah

The Lithium battery series are lighter in weight, about 40% of the weight of comparable lead-acid batteries. However, they deliver higher power, providing twice the power of lead-acid batteries, even at high discharge rates, while maintaining high energy capacity. And a wider temperature range (-20 to60°C) maximizes battery performance.

Our Power solutions include the provision of a range of inverters from different manufacturers. They include: –

• Off- Grid Solar Inverters
• Hybrid Inverters
• PPT Solar Charge Controllers: LCD-LED 5A-60A

A heat pump uses technology like that found in a refrigerator or an air conditioner. It extracts heat from a source, such as the surrounding air, geothermal energy stored in the ground, or nearby sources of water or waste heat from a factory. It then amplifies and transfers the heat to where it is needed. Because most of the heat is transferred rather than generated, heat pumps are far more efficient than conventional heating technologies such as boilers or electric heaters and can be cheaper to run. The output of energy in the form of heat is normally several times greater than that required to power the heat pump, normally in the form of electricity. For example, the coefficient of performance (COP) for a typical household heat pump is around four, i.e. the energy output is four times greater than the electrical energy used to run it. This makes current models 3‐5 times more energy efficient than gas boilers. Heat pumps can be combined with other heating systems, commonly gas, in hybrid configurations.
The heat pump itself consists of a compressor, which moves a refrigerant through a refrigeration cycle, and a heat exchanger, which extracts heat from the source. The heat is then passed on to a heat sink through another heat exchanger. In buildings, the heat is delivered using either forced air or hydronic systems such as radiators or under‐floor heating. Heat pumps can be connected to a tank to produce sanitary hot water or provide flexibility in hydronic systems. Many of the heat pumps can also provide space cooling in summer in addition to meeting space heating needs in winter. In industry, heat pumps are used to deliver hot air, water, or steam, or to directly heat materials. Large‐scale heat pumps in commercial or industrial applications or in district heating networks require higher input temperatures than in residential applications, which can be sourced from the waste heat of industrial processes, data centers or wastewater.