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Revolutionizing Construction Site Power Solutions in Hong Kong
Case

Project Overview

This innovative project showcases how Masspoint's Industrial Hybrid Battery Energy Storage System (Alpha-250-215) successfully resolved critical power challenges at a construction site adjacent to a high-end residential area in Hong Kong. The solution not only stabilized power supply but also significantly reduced environmental impact, creating a win-win scenario for both construction operations and community relations.

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    The Challenge

    The construction site was originally powered by conventional diesel generators supplying water pumps. These motor loads generated substantial inrush currents during startup, exceeding the capacity of the diesel generators. This resulted in frequent system failures, equipment shutdowns, and operational disruptions.
    Additionally, the noisy operation of diesel generators created significant disturbance for residents in the nearby villa community, negatively impacting their quality of life and creating community relations challenges for the project.

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Project Information

Location

Hong Kong

Operation Type

Diesel and Energy Storage System

Configuration

Alpha 250kW/215kWh ESS,100kVA Diesel Generator

Load

Pump/Crane

Environment

Dusty, noise sensitive

Revolutionizing Construction Site Power Solutions in Hong Kong
Revolutionizing Construction Site Power Solutions in Hong Kong

Our Solution

Masspoint implemented a state-of-the-art Generator Hybrid Energy Storage System specifically engineered to handle the demanding requirements of construction equipment. The system effectively manages the high inrush currents generated during motor startup, allowing the diesel generator to operate consistently at its optimal efficiency point
This hybrid approach significantly reduces noise pollution and carbon emissions while maintaining reliable power supply for all construction operations, creating a more sustainable and community-friendly worksite.

Key Benefits Achieved

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Noise Reduction

Significantly lowered operational noise levels, eliminating disturbances for nearby residential communities and improving community relations.

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Environmental Impact

Substantially reduced carbon emissions and eliminated diesel fumes, contributing to cleaner air and a healthier worksite environment.

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Operational Efficiency

Stabilized power supply with optimized generator operation at peak efficiency, eliminating equipment shutdowns and improving productivity.

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Enhanced Safety

Eliminated risks associated with diesel handling and usage while providing reliable power for critical construction operations.

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This case study demonstrates how a smart battery storage solution can modernize traditional off-grid power, delivering robust reliability while cutting costs and environmental impact.

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