GSV® Group Stepless Ventilation System
GSV® System. GSV® 系统.
Group Stepless Ventilation. Prioritizing optimal climate conditions for livestock while significantly minimizing energy consumption through intelligent, data-driven aerodynamics. 群组无级通风系统。通过智能、数据驱动的空气动力学设计，优先为畜禽创造最佳的气候环境，同时显著降低能耗。
What is GSV® system? 什么是 GSV® 系统？
The GSV® - Group Stepless Ventilation system, innovated by EURUS, prioritizes creating optimal climate conditions for animals while minimizing energy consumption. The GSV system, consisting of multiple products optimized for the overall system, achieves lower energy consumption through its design. 由 EURUS 创新的 GSV® - 群组无级通风系统，优先为动物创造最佳的气候环境，同时将能耗降至最低。GSV 系统由多个针对整体系统进行优化的产品组成，通过其设计实现了更低的能耗。
Optimal climate condition for livestock 畜禽最佳气候环境
Significant energy saving 显著的节能效果
Less noise in livestock house 更低的畜禽舍噪音
Quick return on investment 投资回报周期短
Cornerstone of GSV® GSV® 的基石
-
_01
Intelligent algorithm base on DRM technology - Digital Remodeling of fan aerodynamic performance. 基于 DRM 技术的智能算法 - 风机空气动力学性能的数字重塑。
-
_02
Intelligent control strategy for constant air volume based on optimal energy-saving algorithm of fans grouping. 基于风机分组最优节能算法的恒风量智能控制策略。
-
_03
Stepless and precise ventilation based on flexible grouping control of fans. 基于风机灵活分组控制的无级精准通风。
-
_04
Constant air volume control under variable pressure. 变压条件下的恒风量控制。
-
_05
DCS - Distributed Control System constructed by EIN (Eurus Intelligent Net) based on RS485. DCS - 基于 RS485 的 EIN（Eurus 智能网络）构建的分布式控制系统。
Essential elements of GSV system. GSV 系统的核心要素。
EC Fan EC 风机
- High efficiency IE5+ PMSM 超高效 IE5+ 永磁同步电机
- Support EIN communication mode 支持 EIN 通信模式
- Variable speed PMSM with high efficiency range 具有宽高效区间的变速永磁同步电机
- Auto / Manual switching control & variable speed control in EIN mode EIN 模式下支持自动/手动切换控制及变速控制
- Support fan emergency start by external thermostat 支持通过外部温控器强制启动风机
DRM-Digital Remodeling
Technology
DRM - 数字重塑
技术
- DRM technology based on the multi-source nonlinear artificial intelligence parameter identification model digitizes fan aerodynamic performance. 基于多源非线性人工智能参数识别模型的 DRM 技术，实现风机空气动力学性能的数字化。
- Accurate calculation of fan multi parameter continuous quantity and intelligent decision-making of energy saving to achieve accurate control of optimal energy saving ventilation. 风机多参数连续量的精确计算与节能智能决策，实现最优节能通风的精准控制。
Climate Controller 气候控制器
- GSV® - Group Stepless Ventilation and intelligent control strategy for constant air volume based on optimal energy-saving algorithm of fans grouping. GSV® - 群组无级通风及基于风机分组最优节能算法的恒风量智能控制策略。
- Flexible grouping control of fans based on EIN Distributed Control System. 基于 EIN 分布式控制系统的风机灵活分组控制。
- Support the setting of various sensors & climate control parameters. 支持各种传感器及气候控制参数的设置。
Performance 性能表现
Advantages of GSV system. GSV 系统的优势。
-
Fan flexible grouping makes ventilation control system more configurable. 风机的灵活分组使通风控制系统更具可配置性。
-
Intelligent energy-saving algorithm of fan grouping assures lower energy consumption. 风机分组的智能节能算法确保了更低的能源消耗。
-
The grouping stepless control ensures precise ventilation and achieves uniform airflow effect. 分组无级控制确保了精准通风，并实现了均匀的气流效果。
-
The continuous and stepless airflow reduce animals stress and improve the production performance. 连续无级的气流减少了动物应激，并提高了生产性能。
-
The distributed control system becomes more simple, more reliable and lower investment. 分布式控制系统变得更简单、更可靠，投资成本更低。
GSV® System. GSV® 系统.
Group Stepless Ventilation. Prioritizing optimal climate conditions for livestock while significantly minimizing energy consumption through intelligent, data-driven aerodynamics. 群组无级通风系统。通过智能、数据驱动的空气动力学设计，优先为畜禽创造最佳的气候环境，同时显著降低能耗。
What is GSV® system? 什么是 GSV® 系统？
The GSV® - Group Stepless Ventilation system, innovated by EURUS, prioritizes creating optimal climate conditions for animals while minimizing energy consumption. The GSV system, consisting of multiple products optimized for the overall system, achieves lower energy consumption through its design. 由 EURUS 创新的 GSV® - 群组无级通风系统，优先为动物创造最佳的气候环境，同时将能耗降至最低。GSV 系统由多个针对整体系统进行优化的产品组成，通过其设计实现了更低的能耗。
Optimal climate condition for livestock 畜禽最佳气候环境
Significant energy saving 显著的节能效果
Less noise in livestock house 更低的畜禽舍噪音
Quick return on investment 投资回报周期短
Cornerstone of GSV® GSV® 的基石
-
_01
Intelligent algorithm base on DRM technology - Digital Remodeling of fan aerodynamic performance. 基于 DRM 技术的智能算法 - 风机空气动力学性能的数字重塑。
-
_02
Intelligent control strategy for constant air volume based on optimal energy-saving algorithm of fans grouping. 基于风机分组最优节能算法的恒风量智能控制策略。
-
_03
Stepless and precise ventilation based on flexible grouping control of fans. 基于风机灵活分组控制的无级精准通风。
-
_04
Constant air volume control under variable pressure. 变压条件下的恒风量控制。
-
_05
DCS - Distributed Control System constructed by EIN (Eurus Intelligent Net) based on RS485. DCS - 基于 RS485 的 EIN（Eurus 智能网络）构建的分布式控制系统。
Essential elements of GSV system. GSV 系统的核心要素。
EC Fan EC 风机
- High efficiency IE5+ PMSM 超高效 IE5+ 永磁同步电机
- Support EIN communication mode 支持 EIN 通信模式
- Variable speed PMSM with high efficiency range 具有宽高效区间的变速永磁同步电机
- Auto / Manual switching control & variable speed control in EIN mode EIN 模式下支持自动/手动切换控制及变速控制
- Support fan emergency start by external thermostat 支持通过外部温控器强制启动风机
DRM-Digital Remodeling
Technology
DRM - 数字重塑
技术
- DRM technology based on the multi-source nonlinear artificial intelligence parameter identification model digitizes fan aerodynamic performance. 基于多源非线性人工智能参数识别模型的 DRM 技术，实现风机空气动力学性能的数字化。
- Accurate calculation of fan multi parameter continuous quantity and intelligent decision-making of energy saving to achieve accurate control of optimal energy saving ventilation. 风机多参数连续量的精确计算与节能智能决策，实现最优节能通风的精准控制。
Climate Controller 气候控制器
- GSV® - Group Stepless Ventilation and intelligent control strategy for constant air volume based on optimal energy-saving algorithm of fans grouping. GSV® - 群组无级通风及基于风机分组最优节能算法的恒风量智能控制策略。
- Flexible grouping control of fans based on EIN Distributed Control System. 基于 EIN 分布式控制系统的风机灵活分组控制。
- Support the setting of various sensors & climate control parameters. 支持各种传感器及气候控制参数的设置。
Performance 性能表现
Advantages of GSV system. GSV 系统的优势。
-
Fan flexible grouping makes ventilation control system more configurable. 风机的灵活分组使通风控制系统更具可配置性。
-
Intelligent energy-saving algorithm of fan grouping assures lower energy consumption. 风机分组的智能节能算法确保了更低的能源消耗。
-
The grouping stepless control ensures precise ventilation and achieves uniform airflow effect. 分组无级控制确保了精准通风，并实现了均匀的气流效果。
-
The continuous and stepless airflow reduce animals stress and improve the production performance. 连续无级的气流减少了动物应激，并提高了生产性能。
-
The distributed control system becomes more simple, more reliable and lower investment. 分布式控制系统变得更简单、更可靠，投资成本更低。