近日，湖南省科学技术奖励大会在长沙举行，现场2024-2025年度湖南省科学技术奖正式揭晓。威胜信息主导“千万千瓦级分布式资源通感融合分层调控关键技术及应用”项目，荣获湖南省科学技术进步奖一等奖。
随着分布式光伏、储能、充电桩等新型分布式能源规模化、高密度接入配电网，海量分散式资源带来的管控难题日益凸显，行业长期面临分布式资源“通不了、看不清、控不住”的核心痛点，严重制约电网安全稳定运行与新能源高效消纳。针对这一行业瓶颈，威胜信息联合国网湖南供电服务中心、长沙理工大学等七家单位，立足电网保供刚需，历经十年持续深耕、潜心攻关，聚焦配用电通信、感知、调控全链条技术革新，系统性突破多项关键核心技术壁垒，打造出适配千万千瓦级分布式资源管控的通感融合分层调控技术体系与成套解决方案。
该项目突破了三大技术瓶颈：①首创配用电高速载波与高速无线双模通信高效互动技术，研制国家首批高性能低功耗双模通信SoC芯片；②发明电气量-通信量融合的台区边缘全息高频感知技术，构建双模“高频感知-边缘处理-主动上报”垂直双向交互体系；③研发台区自治-协同互济-聚合保供调控技术与装备，研制国家首款CPA认证通感控融合装置。通感融合分层调控技术实现千万千瓦级分布式资源高可靠、低成本协同支撑电网保供电。
作为能源数字化领域的核心科创企业，威胜信息始终坚守技术自主创新道路，深耕配用电智能化、能源数字化、电网智慧调控等核心赛道，持续加大底层芯片、通信技术、边缘感知、智能调控等关键领域研发投入，不断推动科研成果产业化、规模化落地。此次斩获湖南省科学技术进步奖一等奖，既是对企业十年科创深耕的肯定，更是企业持续突破技术边界、赋能产业升级的动力。
未来，威胜信息将以此为契机，持续聚焦能源绿色低碳转型与新型电力系统建设需求，坚持核心技术自主攻坚，不断完善通感控一体化技术体系，加速前沿科创成果落地应用，以自主可控的硬核技术赋能电网安全稳定运行，助力能源产业高质量、可持续发展。
The Hunan Provincial Science and Technology Award Ceremony was recently held in Changsha, unveiling the winners of the 2024–2025 Hunan Provincial Science and Technology Awards. Willfar Information won the First Prize of Hunan Provincial Science and Technology Progress Award for its project titled Key Technologies and Application of Layered Regulation Based on Communication-Sensing Integration for Ten-Million-Kilowatt Distributed Resources.
Large-scale, high-density connection of new distributed energy resources including distributed photovoltaics, energy storage and charging piles to distribution grids has given rise to mounting management and control challenges brought by massive scattered resources. The industry has long been plagued by three major hurdles: inaccessible communication, insufficient monitoring and uncontrollable distributed resources, which greatly hinder stable grid operation and efficient consumption of renewable energy. To address this industrial bottleneck, Willfar’s R&D team targeted the essential demand for reliable power supply. After ten years of persistent research and technical tackling, the team focused on technological upgrades covering the whole chain of power distribution communication, sensing and regulation. It achieved systematic breakthroughs in multiple core technical barriers and developed an integrated technology system and complete solution for communication-sensing integrated layered regulation applicable to ten-million-kilowatt distributed resources.
The project overcomes three major technical obstacles:1.Pioneering efficient interaction technology combining high-speed power line carrier and high-speed wireless dual-mode communication for power distribution and consumption, and developing one of China’s first high-performance, low-power dual-mode communication SoC chips.2.Creating holographic high-frequency edge sensing technology for transformer areas integrating electrical and communication data, and establishing a vertical bidirectional interaction framework featuring dual-mode high-frequency sensing, edge computing and active data reporting.3.Developing technologies and equipment supporting autonomous management, coordinated complementation and aggregated power guarantee for transformer areas, and rolling out China’s first communication-sensing-control integrated device certified under CPA standards.The communication-sensing integrated layered regulation technology enables reliable, low-cost coordination of ten-million-kilowatt distributed resources to safeguard grid power supply.
As a leading tech innovator in energy digitalization, Willfar Information consistently pursues independent technological innovation. It devotes long-term efforts to core sectors such as intelligent power distribution and consumption, energy digitalization and smart grid regulation. The company keeps boosting R&D investment in foundational chips, communication technologies, edge sensing and intelligent control to drive large-scale industrial application of research outcomes. Winning the provincial first-class science and technology progress award recognizes the company’s decade-long innovation efforts and fuels its drive to continuously advance technology and empower industrial upgrading.
Building on this milestone, Willfar Information will cater to the demands of green low-carbon energy transition and new power system construction. The firm will continue independent breakthroughs in core technologies, optimize the integrated communication-sensing-control system, accelerate the commercialization of cutting-edge research, guarantee secure and stable grid operation with domestically controllable core technologies, and facilitate high-quality, sustainable development of the energy sector.