T: +86-16678679070
W: +8617861003581
W: +8617861003581
A: No. 6 Changcheng South Road, Chengyang District, Qingdao, Shandong, China 266108
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Hezhengyuan provides a full set of IOT services including smart hardware and IOT system, aiming at centralized and effective management of multiple houses, fully supporting BH series of environmental control devices. Operating large-scale agricultural facilities requires exact environmental regulation and immediate data access. This system bridges the physical environment of the barns with digital oversight. The physical hardware components are encased in heavy-duty enclosures designed to withstand the demanding realities of agricultural settings. When interacting with the control panels, the tactile buttons and responsive touchscreens provide immediate, definitive feedback. The software interface translates complex environmental variables into clear, readable metrics, allowing facility managers to monitor temperature, humidity, and ventilation across dozens of separate buildings from a single location. By establishing a direct communication link with the BH series of environmental control devices, the system ensures that physical adjustments to fans or heaters happen the exact moment a command is registered.
1. Production information, all information real-time visualizing processing. The system transforms raw sensor inputs into clear visual indicators. Facility managers look at dashboards where temperature gradients and humidity levels appear as color-coded charts, making it immediately obvious if a specific zone requires attention. This visual processing eliminates the need to manually interpret spreadsheets, allowing for rapid operational decisions.
2. Professional database services support data analysis in cloud and local, and long-term storage of breeding data. To guarantee data security and offline disaster recovery, the architecture incorporates enterprise-level encryption alongside a dual-storage approach. The system maintains local storage for up to 5 years of detailed operational logs, paired with infinite cloud storage capacity. Even during total network outages, the local controllers continue operating independently, executing pre-set routines and synchronizing all stored data without any loss once the connection is restored.
3. Multiple permission design and cloud parameter protection design make remote parameter setting more secure. Managing large facilities involves numerous staff members with varying responsibilities. The software allows administrators to assign specific access levels, ensuring that only authorized personnel can alter critical climate settings. This layered protection prevents accidental adjustments that could negatively impact the internal environment of the houses.
4. You can log in to multiple terminals at the same time using one single account, such as a mobile phone, PAD, and PC. This multi-device accessibility ensures managers remain connected to the facility regardless of their physical location. The interface adapts to the screen size, providing a clear view of the barns whether you are swiping through metrics on a mobile phone while walking the grounds, or analyzing long-term trends on a large PC monitor in the main office.
5. To optimize the group large-screen display, display content can be customized. Designed specifically for agricultural bases housing over 10,000 birds across multiple buildings, the system provides a group-level dashboard. Operators can select from over 100 customizable data modules to build a central command screen that prioritizes the exact metrics most critical to their specific daily operations.
6. The active alarm scheme of “three channels and four solutions” realizes round-the-clock protection through local sound and light alarm, GSM based phone and SMS alarm, and wechat public account information. When environmental parameters drift outside acceptable limits, the system triggers immediate physical and digital alerts. The local sound and light alarm provides a loud, unmistakable auditory warning and flashing visual cue inside the facility. Simultaneously, the GSM based phone and SMS alarm vibrate the manager's phone, while detailed text alerts arrive via the wechat public account information. By deeply analyzing historical and real-time inputs, the system identifies subtle anomalies, issuing these warnings proactively before physical stress or disease conditions can affect the livestock.
Agricultural facilities present demanding operating conditions for electronic equipment. The physical components of this IOT system are built with industrial-grade protection specifically engineered for these spaces. The heavy-duty outer casings prevent the ingress of heavy dust generated by feed and livestock movement. Furthermore, the internal circuitry is sealed against high humidity levels and the corrosive nature of high ammonia concentrations commonly found in enclosed barns. This physical shielding guarantees that signal transmission remains stable and uninterrupted, regardless of the harsh conditions surrounding the control units.
A functional agricultural operation relies on multiple moving parts working in unison. This IOT framework directly integrates with existing environmental control equipment, automated cage setups, and automated feeding systems. By linking these previously isolated mechanical units into a single communication network, the system establishes a fully automated, closed-loop ecological environment. Facility operators can coordinate feeding schedules with ventilation cycles from one central interface, eliminating information silos and ensuring all mechanical systems support the same operational goals.
Implementing precise, data-driven automation fundamentally changes the daily workflow of a large-scale facility. By relying on digital monitoring and automated climate adjustments rather than manual walkthroughs and manual switch operations, facilities can reduce labor costs by up to 30%. Beyond labor reduction, maintaining a strictly regulated internal climate directly impacts the physical well-being of the animals, leading to a noticeable increase in the overall livestock survival rate. The system undergoes rigorous pressure testing in real-world agricultural environments prior to installation, ensuring it performs exactly as required. To maintain this efficiency long-term, the deployment includes full lifecycle technical support, covering everything from the initial custom installation to ongoing operational maintenance.
