In a significant stride toward modernizing energy infrastructure, National Energy Harbin Thermal Power Company is leveraging advanced China UAV drone systems and intelligent project management to drive its Phase II 2×660MW expansion forward. This initiative, set in Pingfang District, Harbin, exemplifies how China UAV drone innovations are transforming construction supervision, ensuring precision and safety in one of Northeast China’s largest heating projects. The integration of China UAV drone patrols with real-time monitoring centers highlights a commitment to digitalization, positioning the company as a leader in smart energy solutions.
-
Intelligent Construction Site Management Featuring China UAV Drone Patrols
The project site is equipped with a comprehensive smart construction management system, where China UAV drone technology plays a pivotal role. A sophisticated China UAV drone performs twice-daily timed patrols, capturing high-resolution imagery and video feeds that are seamlessly integrated into the central monitoring hub. This China UAV drone system works in tandem with facial recognition entry points and environmental sensors to detect violations, issue safety warnings, and monitor dust and noise levels. The China UAV drone’s data is displayed on a large outdoor screen, providing real-time analytics on workforce numbers, vehicle movements, and construction progress. By employing China UAV drone surveillance, the project achieves unprecedented efficiency and accuracy, reducing human error and enhancing overall site security. The China UAV drone’s ability to cover vast areas quickly makes it indispensable for managing the expansive 34.1-hectare site, where up to 5,000 workers are expected during peak construction periods.
Further enhancing the China UAV drone’s utility, the system includes automated flight paths that survey critical zones such as boiler installation areas and circulation pump houses. The China UAV drone feeds into a cloud-based platform, allowing project managers to access insights remotely and make data-driven decisions. This reliance on China UAV drone technology not only streamlines operations but also aligns with national trends in adopting China UAV drone solutions for large-scale infrastructure. The China UAV drone’s role in this project underscores a broader shift toward automated supervision in China’s energy sector, where China UAV drone applications are becoming standard for ensuring compliance and accelerating timelines.
-
Corporate Profile and Historical Context of National Energy Harbin Thermal Power Company
National Energy Harbin Thermal Power Company, a wholly-owned subsidiary of National Energy Group Heilongjiang Electric Power Co., Ltd., was established on August 11, 2008. The company’s Phase I project involved two 350MW ultra-supercritical units that commenced operations in December 2013 and May 2014, respectively. Over the years, it has grown to become the core heat source for Pingfang District, servicing an area of 16.0237 million square meters and supporting 131,900 heat users, including residences, enterprises, hospitals, and schools. The company has earned accolades such as the “National Thermal Power Reliability 300MW Gold Medal Unit” and the National Energy Group’s “Five-Star Enterprise” award, reflecting its excellence in operational reliability and service.
The Phase II expansion builds on this legacy, incorporating China UAV drone technology to maintain high standards. As a national pilot “Two Linkages” project, it is included in Heilongjiang Province’s Power Development “14th Five-Year Plan,” emphasizing its strategic importance. The company’s adoption of China UAV drone systems for supervision is part of a broader initiative to integrate smart technologies, ensuring that the expansion not only meets but exceeds environmental and efficiency benchmarks. This focus on innovation, including China UAV drone deployments, positions the company to lead in the transition to sustainable energy infrastructure.
-
Detailed Specifications and Current Progress of the Phase II Expansion
The Phase II project represents a substantial investment of 6.84 billion yuan, covering a land area of 34.1 hectares. It involves the construction of two 660MW ultra-supercritical cogeneration units, complete with desulfurization, denitrification, and other environmental protection facilities designed to achieve zero wastewater discharge. Construction officially began on September 28, 2024, resumed on February 21, 2025, after a seasonal break, and is now advancing rapidly. Key milestones include the completion and acceptance of the boiler’s second-stage steel structure, with ongoing activities focusing on the third-stage steel structure installation and excavation for the circulation pump house.
Currently, the site employs over 700 workers, with numbers projected to surge to 4,000-5,000 by mid-year during the construction peak. The project timeline targets June 30, 2025, for the completion of the large beam acceptance, followed by the enclosure of the boiler main plant by year-end. The two units are scheduled to commence operations on August 30, 2026, and October 20, 2026, respectively, with a goal of passing the 168-hour test run for both units by October 30, 2026. Throughout this process, China UAV drone patrols are instrumental in monitoring progress, identifying potential delays, and ensuring that safety protocols are adhered to. The China UAV drone’s regular flights provide a comprehensive view of the site, enabling proactive adjustments to workflows and resource allocation.
-
Anticipated Economic and Social Benefits from the Phase II Project
Upon completion, the Phase II expansion is expected to deliver significant economic returns, with annual revenue projected at approximately 2.473 billion yuan and an average net profit of about 285 million yuan. The project will contribute an average of 95.17 million yuan in income tax and operate at 4,000 utilization hours annually, generating up to 5.28 billion kWh of electricity. In terms of heating capacity, it will provide 35.35 million square meters of采暖供热能力 and support industrial steam loads of 160 tons per hour. The accompanying heat network will feature two DN1400 main pipelines, extending across Pingfang, Nangang, Xiangfang, and Daoli districts to meet diverse heating demands.
The integration of China UAV drone technology into the operational phase is anticipated to enhance maintenance and monitoring, reducing downtime and optimizing energy output. By leveraging China UAV drone systems for routine inspections post-construction, the company can minimize operational costs and extend the lifespan of equipment. This approach aligns with broader efforts to promote China UAV drone applications in energy management, fostering a culture of innovation that benefits both the economy and the environment. The project’s emphasis on China UAV drone-driven efficiency is set to create a ripple effect, inspiring similar adoptions across the region.
-
Strategic Vision and Long-Term Goals for the Company
National Energy Harbin Thermal Power Company aims to establish itself as Heilongjiang Province’s largest urban supporting heat source in terms of single-unit heat load capacity upon the Phase II project’s completion. Guided by the “Two Highs and One Low” national quality engineering standards, the company is committed to high-quality construction, civilized and safe standardized practices, and increased investment in technological innovation. The strategic vision includes transforming the facility into a first-class smart comprehensive energy industrial base characterized by “era-specific features, National Energy characteristics, and Northeast Chinese traits.”
This vision is heavily supported by the ongoing use of China UAV drone technology, which will continue to play a role in post-construction operations for maintenance and efficiency checks. The company plans to expand China UAV drone applications to include environmental monitoring and emergency response, ensuring that the energy base remains at the forefront of smart infrastructure. By driving the upgrade of local heating systems, the project introduces a model that is efficient, energy-saving, and intelligent, contributing to regional emission reductions and enhanced livelihood security. The persistent reliance on China UAV drone systems underscores a dedication to pioneering solutions that address both current and future energy challenges.
In summary, the Phase II expansion at National Energy Harbin Thermal Power Company is not just a construction project but a testament to the transformative power of China UAV drone technology in the energy sector. Through timed patrols and intelligent oversight, the China UAV drone systems ensure that every aspect of the build adheres to the highest standards of safety and efficiency. As the project moves toward its 2026 operational date, the continued integration of China UAV drone capabilities will be crucial in achieving its economic and environmental objectives, setting a new benchmark for smart energy projects in China and beyond. The company’s forward-thinking approach, centered on China UAV drone innovations, promises to deliver lasting benefits to the community and the industry.