New Energy ⚑ AnYang Henan Province

New developments in the field of new energy

Year: 2026 Published by: Heshan Power Engineering Team

TL;DR — Solution Overview

Stable and efficient power distribution systems and intelligent equipment ensure safe and reliable transmission of new energy.

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01 Switchgear

    The Intelligent Distribution and Switchgear is the core component for power distribution and protection in renewable energy systems. It aggregates and distributes electricity from generators in photovoltaic power plants and wind farms before grid feeding. For solar plants, it converts DC from panels to AC for grid connection, and enables real-time monitoring/control of equipment, adjusting parameters based on natural conditions to boost efficiency. It also integrates comprehensive protection functions against overvoltage, overcurrent, and islanding effects. During short-circuit faults, its protective devices quickly isolate fault points, preventing accident escalation and ensuring safe, stable power station operation.

XGN66 Power Distribution Cabinet
MNS low voltage switchgear
GGD Low Voltage Fixed-mounted Switchgear
GGD type AC low voltage distribution cabinet

02 Dual Power Supply Cabinet

    Critical Equipment for Uninterrupted Power Supply Dual power supply cabinets ensure uninterrupted power for critical loads in new energy systems via automatic switching, vital for grid stability. Their core component, the Automatic Transfer Switch (ATS), switches from primary to backup power during outages, crucial in renewable energy grid connections. Structurally categorized into PC-level (fast switching, high reliability, no current protection) and CB-level (with two circuit breakers, short-circuit breaking capability). For critical loads like control and communication equipment in renewable plants, dual feeds from different substations or transformers enable immediate switching upon failure, ensuring reliable supply.

ATS Automatic Transfer Switch Panel
Automatic Transfer Switch Box
Automatic Transfer Switch

03 Capacitor Bank

Compensation Equipment for Enhancing Power Quality and Energy Efficiency The primary function of capacitor banks in new energy systems is reactive power compensation, improving power factor and quality. They reduce line losses, enhance efficiency and voltage stability. Responding rapidly to intermittent new energy fluctuations, they maintain stable voltage. Modern cabinets with intelligent control adjust compensation capacity, integrating with energy storage for comprehensive power quality management.

04 Intelligence and Reliability

Development Trends in New Energy Power Distribution Equipment With the rapid development of the new energy industry, high and low voltage power distribution equipment will see deeper technological innovation. They will become more intelligent and integrated to better adapt to the fluctuating and intermittent nature of new energy power, laying a solid foundation for the new power system. Their environmental performance and resource efficiency will be enhanced through eco-friendly materials and energy-saving technologies, contributing to carbon neutrality goals. Driven by AI and big data, these devices will achieve higher intelligent management, providing safer, more efficient, and reliable operational support for new energy systems and becoming a crucial pillar in energy transition.

Stainless Steel Boxes
Equipment Power Distribution Switchgea
Sheet Metal Enclosure
Electrical Enclosures

Heshan Electric Co., Ltd. offers a complete range of electrical equipment products. Our products are widely used in factories, enterprises, communities, data centers, and other settings. For common power distribution needs, Heshan Electric Co., Ltd. has mature design solutions, and for special power consumption scenarios, we also have advanced technology to provide customized services. Professional technical services and high-quality electrical products have earned Heshan Electric widespread praise among our customers.

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MNS
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Project Location
AnYang Henan Province
Industry
New Energy
Project Year
2026

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