Solar Swimming Pool

Clean and Efficient Pool Water Circulation

Swimming pools rely on water circulation systems. Traditional pool water circulation systems are mostly powered by the municipal power grid or diesel generators. In many areas where municipal power is hard to reach, diesel generators are used, which are noisy and cause significant environmental pollution. Therefore, replacing these with solar powered generation is an ideal solution.

LEO Solar Solution for Solar Swimming Pool

LEO can design and recommend the most suitable solar pool water circulation system based on different usage needs.

In places with long daylight hours or where pools are mostly used during the day, solar systems can directly drive pool pumps. For pools that need to be used at night, a hybrid system of solar and municipal power or diesel generators can be used, or a solar battery storage system can be employed. In any case, this can reduce electricity costs, noise, and environmental pollution to some extent.

Domestic Pool

Commercial Pool

Landscape Pool

How the System Works

It efficiently circulates pool water using solar energy. Depending on sunlight availability, the system can switch between solar power, grid power or battery storage, ensuring constant water circulation.

Build Your Unique Solar Swimming Pool Pumping System

To design the optimal system for your pool, we take the following steps:

STEP 01

Assess Power Availability

Generally, we assume that a household swimming pool has access to municipal electricity. Suppose we are going to supply water to a household swimming pool, and the working system of the swimming pool is 24-hour continuous operation.

STEP 02

Design Power Generation and Supply Scheme

Based on this, design it:

STEP 03

Determine Water Source

We need to determine where the water source of the pump comes from:

Make it essential to match your water source with the appropriate pump for optimal performance.

STEP 04

Calculate the Pump Head

Assuming that the water source comes from municipal water supply, then we need to determine the distance between each device. The following are the aspects to be considered:

Based on the above information, we can calculate the head of the pump you need.

STEP 05

Calculate the Pump Flow

We need to calculate the water storage capacity of the swimming pool.

Suppose the size of the swimming pool is: length: 15m, width: 10m, depth: 1.2m, then the corresponding water storage capacity is: 15 × 10 × 1.2 = 180m³.

If it takes 10h to complete an internal water circulation, then the water pump needs to complete about 18m³ of water circulation per hour, that is, we need a water pump with a flow rate of 18m³/h.

STEP 06

Recommend One-stop Solar Water Pumping System

We will select the suitable pump model based on the already determined head (m) + flow (m³/h), and match the corresponding controller, solar panel, cable wire and other configurations for you.