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Project: 100 kW
On-grid rooftop solar power plant for Kazteleport

On-grid 100 kW solar power plant on the roof of Halyk Bank's data center in Kazakhstan reduces energy costs, improves energy efficiency and promotes sustainable development.

Project Description

Kazakhstan

On the roof and facade

The project involves installing a 100 kW solar power plant on the roof of one of Halyk Bank's data centers in Kazakhstan. The main goal is to reduce energy costs, improve energy efficiency and reduce the carbon footprint as part of the corporate sustainable development strategy.


The system will include monocrystalline solar panels with high efficiency (23%), as well as modern inverters connected to the bank's network. The expected output is up to 150,000 kWh per year, which will reduce electricity costs by 30%.

The station will be integrated with the bank's existing infrastructure, providing reliable power supply during the day. The payback period is 5 years, after which the project will begin to generate net savings.


The project is in line with Halyk Bank's environmental policy, demonstrating a commitment to the principles of sustainable development and "green" technologies.

Completed project steps

Шаг 1

Design

A technical concept for a 100 kW solar power plant was developed taking into account the characteristics of the roof and the bank's needs. Calculations of the expected electricity generation and payback were made.
Шаг 2

Equipment

Monocrystalline solar panels with 23% efficiency and modern inverters were purchased. The equipment complies with international energy efficiency standards.
Шаг 3

Preparation

Construction and electrical installation work has been completed to install the panels on the roof. The infrastructure for secure connection to the bank's network has been prepared.
Шаг 4

Installation

Solar panels and inverter system with integration into the Halyk Bank power grid have been installed. All connections have been checked for reliable operation of the system.
Шаг 5

Integration

The system is connected to the bank's power grid to reduce the consumption of traditional electricity. Real-time monitoring of the station's operation is set up.
Шаг 6

Commissioning

Test runs and optimization of the system were carried out. The station began generating electricity, reducing costs and the bank's carbon footprint.

Project photo gallery