The China Ecological & Environmental Technology Transformation has officially launched in Beijing on July 19th , 2019. The platform will use trending technology and successful case demonstrations, the release of authoritative information and other ways to facilitate ecological and environmental technology transformation, in order to make pollution control more precise. Enesoon’s Hybrid Smart Energy Storage system (HSES) which uses clean heating technology in the heating and cooling station, has been selected in the first batch of projects for technology achievement presentation on the platform.
Technology Description
Enesoon’s Hybrid Smart Energy Storage system (HSES) adopts “Energy Storage + Complementary Multiple Energy+ Smart Energy” technology, allows the independently developed energy storage system to work accordingly in locations with different environmental characteristics. Also with the the coupling of air-source, water-source, sewage-source, seawater-source, ground-source, residual heat, solar power, off-peak electricity, waste energy and so on, Enesoon has developed its own inner circulation heat pump system, which also combines with a smart energy management system, that helps to balance the energy supply and the customers’ demand for energy. It can reduces energy waste, and allows the cooling and heating system to work efficiently, stably, safely, and economically.
Technical Advantages
The Complementary Multiple Energy system collects numerous, low-cost and low quality energy from various heat pumps and thermal collectors, and then through hydronic heating, energy storage, and coupling with recirculating water collected from different heat sources; they will transform into stable and high quality heat sources. The smart energy management system will evaluate the clients’ actual energy needs, then will distribute the matching amount of energy output to the customers. The dynamical system will also ensure a smooth circulation.
Economic Indicators
The Xiongan Project in Baoding, Hebei Province has adopted this technology, used clean energy to produce heat. The system and equipment were safe, reliable, efficient and stable. The south side’s energy efficiency ratio basically maintained between 3.18 to 3.88, and the north side falls between 1.99 and 2.76. Compared with burning coal to produce heat, now it reduces the emission of CO2 around 1089 tons,and 3 tons each of SO2 and NOx per year (Data from 2018 heating season). In addition, the community now saved 1.35 million kWh of power annually, which saved around six hundred and seventy thousand yuan. The room temperature is comply to the heating standard across Baoding.
Website Link: http://www.ceett.org.cn/huanbao/techno/techno_detail.html?id=19492
国家生态环境科技成果转化综合服务平台正式启动上线，爱能森技术成果获首批收录展示
7月19日，国家生态环境科技成果转化综合服务平台（www.ceett.org.cn）在京正式启动上线运行，平台将通过热点技术展示、成功案例呈现、权威信息发布等多种形式促进生态环境科技成果转化，实现精准治污。已顺利通过生态环境部科技发展中心实证评估的爱能森赫爱斯HSES清洁能源冷暖站供热技术获首批收录进行成果展示。
技术描述
爱能森赫爱斯（HSES）技术是采用储能+多能互补+智慧能源的技术路线，根据当地各种能源的结构实际情况，通过自主研发的储能系统，耦合空气能、水源、污水源、海水源、地源、余热、太阳能、谷电、弃电等能源开发出爱能森内循环热泵体系，结合智慧能源管理，调配能源站的供给和用户末端需求的平衡，减少能源浪费，实现供冷供暖系统高效、稳定、安全、经济运行。
技术优势
多能互补系统通过不同类型的热泵或热量收集装置，收集相对丰富、廉价、低品质的能源，加热供暖循环水介质，通过储能系统缓冲和耦合来自不同热源收集系统的循环水，变为稳定、高品质的热源，智慧能源管理系统检测用户实时供热需求，调配热源的输出到用户供暖，动力系统提供动力保证循环运行。
经济指标
雄安示范工程应用该技术，完全采用清洁能源作为基础热源进行供暖，系统设备安全可靠、高效稳定。南区的系统能效比基本维持在3.18-3.88之间，北区维持在1.99-2.76之间；与燃煤供热相比每年约减少排放量CO2 1089t、SO2 3t、NOx 3t（参考2018年供暖季）。与改造前2017年相比，年约节电135万 kWh（节约电费67万元）。用户室温稳定达到保定地区的供暖温度标准。
国家生态环境科技成果转化综合服务平台爱能森技术成果展示原文链接：http://www.ceett.org.cn/huanbao/techno/techno_detail.html?id=19492
