Working Modes：

以混合逆变器 Pvstorload 模块为核心，打造适配偏远及户外微电网场景的高效、可靠能源解决方案。
With the Pvstorload hybrid inverter 30HBG2 module as the core, we create an efficient and reliable energy solution suitable for remote and outdoor microgrid scenarios.

方案集成风机、储能、油机协同控制能力，具备宽适配、高防护特性，兼顾风电、光伏高效利用，满足多类小型工商业及偏远场景自主用电需求。

It integrates the collaborative control capability of wind turbines, energy storage and diesel generators, has the characteristics of wide adaptation and high protection, and meets the independent power demand of various small-scale industrial and commercial as well as remote scenarios.

Core Features：

– 风机直挂精准控制：风力发电机可直接连接电池，PCS系统可根据电池状态，精准控制风力发电机输出功率及保护点，优化风机能源利用效率，简化系统结构。
– Precise control of direct wind turbine connection: The wind turbine can be directly connected to the battery, and the PCS system can accurately control the output power and protection point of the wind turbine according to the battery state, optimizing the utilization efficiency of wind turbine energy and simplifying the system structure.

– 宽压适配，配置灵活：输入额定电压范围宽（300V-850V），可满载运行；100AH电芯可适配30kW/（30-76）kWh，280Ah电芯可适配30/50/60kW/（100-200）kWh，适配光储混合逆变器，满足不同容量用电需求。

– Wide voltage adaptation and flexible configuration: Wide rated input voltage range (300V-850V), which can operate at full load; 100AH battery cell can be adapted to 30kW/(30-76)kWh, 280Ah battery cell can be adapted to 30/50/60kW/(100-200)kWh, adapting to PV-storage hybrid inverter, meeting different power demand.

– EMS功能完备：集成油机控制、风机控制、并离网切换控制、多能优化、事件记录、云平台管理等全功能，实现系统智能化管控与高效调度，降低运维难度。

– Complete EMS functions: Integrates complete functions such as diesel generator control, wind turbine control, grid-connected/off-grid switching control, multi-energy optimization, event recording and cloud platform management, realizing intelligent system management and efficient dispatching, reducing operation and maintenance difficulty.

– 高防护耐用：防护等级达IP5X，具备防盐雾、防沙尘性能，可适应海岛、户外施工、采矿等恶劣使用环境，保障系统长期稳定运行。

– High protection and durability: Protection level reaches IP5X, with anti-salt spray and anti-dust performance, which can adapt to harsh service environments such as islands, outdoor construction and mining, ensuring long-term stable operation of the system.

Application Scenarios：

– 海岛（偏远无电/弱电区域，风电、光伏资源充足，环境恶劣）
– Islands (remote areas without electricity/weak electricity, with abundant wind power and PV resources and harsh environments)

– 渔场、养殖场、农场（偏远小型作业场景，需自主供电，新能源资源丰富）

– Fisheries, aquaculture farms and farms (remote small-scale operation scenarios, need independent power supply, with abundant new energy resources)

– 施工工地、采矿场（户外恶劣环境，临时用电需求，需灵活部署）

– Construction sites and mining sites (outdoor harsh environments, temporary power demand, need for flexible deployment)

– 其他偏远户外微电网场景（远离市电，需自主供电，适配多能源协同）

– Other remote outdoor microgrid scenarios (far from municipal power, need independent power supply, adapting to multi-energy collaboration)

Application Value:

– 风机直挂+PCS精准控制，简化系统结构、减少设备投入，同时提升风电能源利用效率，最大化利用清洁新能源。
– Direct wind turbine connection + precise PCS control simplifies the system structure, reduces equipment investment, and improves the utilization efficiency of wind power energy, maximizing the use of clean new energy.

– 宽电压范围+灵活电芯适配，适配不同功率及容量需求，降低初期部署门槛，贴合小型场景用电特点。

– Wide voltage range + flexible battery cell adaptation, adapting to different power and capacity requirements, reducing the initial deployment threshold, and fitting the power consumption characteristics of small-scale scenarios.

– 全功能EMS集成，实现多能源协同优化与远程管控，提升系统可控性与运维效率，降低运维成本。

– Integration of full-function EMS, realizing multi-energy collaborative optimization and remote management and control, improving system controllability and operation and maintenance efficiency, and reducing operation and maintenance costs.

– IP5X高防护设计，适配恶劣户外及沿海场景，减少后期维护成本，延长系统使用寿命。

– IP5X high protection design, adapting to harsh outdoor and coastal scenarios, reducing later operation and maintenance costs, and extending the service life of the system.

– 多场景适配，有效解决偏远无电/弱电区域生产生活用电问题，提升能源自给能力，助力偏远区域发展。

– Multi-scenario adaptation, effectively solving the production and living power supply problems in remote areas without electricity/weak electricity, improving energy self-sufficiency capacity, and helping the development of remote areas.