Integradong Sistema Komersyal sa Hangin-Arkong Pagsilab-aslan

Ginuhain kini para sa mga scenario sama sa grid support, komersyal ug industriyal nga suplay sa kuryente, ug pagtukod sa microgrid, ang integrated wind-solar-storage system nagpadayon sa pag-combine sa wind power generation, solar power generation, ug energy storage functions. Nagfocus kini sa "flexible dispatch, high integration, ug digital twin", nagsugyot kini og mga advantage sama sa safety ug reliability, sama usab sa high efficiency ug energy conservation. Mahimo kini mao ang mag-compensate sa intermittent nature sa wind ug solar energy apan usab maghatag og stable power support alang sa grid ug user side, naa maka-fulfill sa energy management needs sa uban pang scenarios.

Core Advantages: 7 Key Features to Address Energy Management Challenges

1. Flexible Energy Dispatch: Multi-source Coordination and On-demand Allocation

Mahimo sa sistema ang intelligent coordination sa energy flow tali sa wind power, solar power, energy storage units, ug public grid aron makamit ang "on-demand dispatch":

• Kinahanglan nga mobati ang load's electricity demand ug isulod ang excess power sa energy storage unit kapag dako ang wind ug solar power generation.

• Kapag kulang ang wind ug solar power generation o panahon sa peak electricity consumption, ang energy storage unit mahimo nga quick discharge aron mapasabot ang energy o automatically draw power from the grid.

• Nagsuporta sa "off-grid / grid-connected" dual-mode switching. Sa off-grid scenarios, ang wind + solar + storage units mag-supply ng ganihapon. Sa grid-connected scenarios, mahimo kini mokompyuter sa grid para sa regulation, nag-adapt sa uban pang energy demands.

2. Highly Integrated Design: Simplified Structure, Cost Reduction, and Efficiency Improvement

Giadto kini ang "PV and ESS integrated" architecture, nag-integrate sa photovoltaic inversion, energy storage management, ug energy regulation functions sa usa ka device. Kumpara sa tradisyonal nga split systems:

• Gitawanan ang external components sa higit pa sa 50%, gitawanan ang equipment floor space (usa ka sistema nag-save 30% kumpara sa split systems).

• Gitawasan ang installation process, wala na ang kinahanglan ug separate debugging sa photovoltaic, energy storage, ug inverter modules, gitawasan ang on-site wiring sa 60% ug gitawasan ang deployment cycle.

• Gitawasan ang complexity sa later maintenance, mas convenient ang single-point fault detection ug gitawasan ang operation and maintenance labor costs.

3. Digital Twin Control: Real-time Mapping and Precise Prediction

Equipado sa intelligent energy management system (EMS), gibuo kini og "virtual mirror" sa sistema batas sa digital twin technology:

• Real-time mapping sa operational data sama sa wind speed, light intensity, energy storage capacity, ug load power, visual presentation sa entire process sa "power generation - energy storage - power consumption".

• Batason sa historical data ug algorithms, gi-predict kini ang energy supply and demand trend sa susunod nga 24 hours ug adjust sa energy storage charging and discharging strategy sa advance (example, batas sa meteorological data, gi-predict kini ang weak sunlight ug wind strength sa susunod nga adlaw ug prioritize ang energy storage sa kasamtangan nga adlaw).

• Nagsuporta sa remote cloud control, mahimo ang adjustment sa operating parameters pinaagi sa computer o mobile phone, wala na ang kinahanglan ug on-site monitoring.

4. Safe and Reliable Operation: Multi-layer Protection, Resilient to Risks

Gibuo kini og comprehensive safety guarantee system gikan sa equipment hangtod sa sistema, gitawasan ang operational risks:

• Electrical safety: Ang inverter adunay overvoltage, overcurrent, ug short-circuit protection aron maprotektahan ang equipment gikan sa voltage fluctuations.

• Energy storage safety: Ang energy storage unit gigamit og fireproof ug explosion-proof design, equipped with temperature and humidity monitoring, ug automatically cut off power in case of abnormalities.

• Environmental adaptability: Ang core components resistant sa high ug low temperatures (-30°C to 60°C), wind, sand, ug rain, suitable sa complex climates sama sa highlands, coastal areas, ug deserts.

• Grid compatibility: Kapag grid-connected, compliant kini sa grid voltage ug frequency standards, avoiding impacts sa grid.

5. High Efficiency Energy Conversion: Low Loss, High Transmission, and Increased Revenue

Ang sistema nag-optimize sa energy conversion efficiency sa tanang stages, gitawasan ang energy loss:

• Ang photovoltaic modules ug wind turbines gigamit og high-efficiency power generation technologies, enhancing ang capture rate sa wind ug solar energy.

• Ang inverter adunay high conversion efficiency, ug combined sa energy storage charging and discharging management strategies, gitawasan ang energy loss during storage ug release.

• Ang overall system energy utilization rate ≥85%, ug by adopting more advanced MPPT technology, increased ang power generation sa 15% to 20% kumpara sa traditional wind-solar systems under the same wind ug solar resources.

6. Long-life Energy Storage Assurance: Durable, Low Consumption, and Cost Reduction

Ang energy storage unit gigamit og long-cycle-life battery cells, offering ang following advantages: • Ang cycle life can reach over 5,000 times, ug under normal use, ang lifespan exceeds 10 years, gitawasan ang mid-term replacement costs.

• Nagsuporta sa deep charging ug discharging (discharge depth ≥ 80%), high utilization sa energy storage capacity, avoiding ang problem sa "false capacity marking".

• Adunay self-maintenance functions, automatic balancing sa cell voltages, delaying capacity attenuation, ug maintaining stable energy storage capacity sa long term.

7. Intelligent operation and maintenance early warning: Proactive detection, reducing downtime

Ang EMS system adunay fault early warning ug self-diagnosis capabilities, gitawasan ang operation and maintenance difficulties:

• Real-time monitoring sa component status, sama sa abnormal wind turbines, photovoltaic shading, ug battery cell attenuation, ug pushing early warning information in advance;

• Comes with a fault detection guide, clearly stating ang cause sa anomaly ug ang solution steps, allowing non-professionals to handle it initially;

• Nagsuporta sa operation and maintenance data statistics, automatic generating power generation, energy storage, ug fault reports, facilitating ang optimization sa operation and maintenance strategies.

Core Configuration: Multi-component coordination, building a stable energy system

Ang sistema nakamit ang smooth operation sa entire chain gikan sa "power generation - energy storage - dispatch - output" pinaagi sa efficient coordination sa core components:

• Dual-source power generation unit: Ang wind power generation unit ug solar photovoltaic modules magtrabaho ganihapon, taking advantage sa complementary characteristics sa wind ug solar (solar power during the day ug wind power at night or during windy periods), gitawasan ang impact sa intermittent single energy sources;

• Wind turbine controller: Adapted sa wind power generation voltage, converting ang wind power into stable electricity, ug also featuring voltage regulation capabilities aron ensure ang quality sa electricity connected sa system;

• PV and ESS integrated equipment: Integrating ang photovoltaic inversion ug energy storage charge and discharge management functions, uniformly regulating ang photovoltaic ug energy storage electricity, simplifying ang system structure;

• Intelligent Energy Management System (EMS): Acting as ang "system brain", responsible sa digital twin mapping, energy dispatch, safety monitoring, ug operation and maintenance early warning, achieving full-process intelligence;

• Wide-range compatibility design: Nagsuporta sa wide input voltage range (200V to 800V), rated power covering 20kW to 50kW, ug energy storage capacity sa 50kWh to over 100kWh, adapting sa different scale electricity demands.

Core Applications: 8 Scenarios, Empowering Grids and User Sides

1. Grid peak shaving and valley filling

   Responding sa grid load fluctuations, during peak electricity consumption periods (such as afternoons in summer ug nights in winter), ang energy storage unit releases electricity, gitawasan ang pressure sa grid power supply; during off-peak periods (such as early morning), it stores excess solar ug wind power or low-cost grid electricity, smoothing ang grid load curve ug assisting sa stable grid operation.

2. Stable power output

   Compensating sa intermittency sa wind ug solar energy, through ang energy storage unit's "peak shaving and valley filling", it ensures stable output voltage ug frequency (three-phase AC 400V, 50/60Hz), directly supplying power sa precision equipment (such as data centers, laboratory instruments), avoiding equipment failures due sa voltage fluctuations.

3. Emergency backup power

   When ang public grid suddenly experiences a power outage (such as due sa natural disasters or line faults), ang sistema mahimo nga switch sa "off-grid mode" within milliseconds, ang energy storage unit quickly releasing electricity, providing continuous power sa critical loads (such as hospital ICUs, communication base stations, emergency command centers), avoiding significant losses caused sa power outages.

4. Independent power supply in microgrids

   In remote areas without a grid (such as mountain villages, remote mining areas), ang sistema mahimo nga build an independent microgrid, generating power through ang coordination sa "wind + solar + storage", meeting ang electricity needs sa residents ug production sa area, wala na ang dependent sa long-distance grid transmission, gitawasan ang grid construction costs.

5. Grid frequency and voltage regulation

   As an auxiliary service device sa power grid, ang sistema mahimo nga quick response sa fluctuations sa grid frequency ug voltage (such as frequency deviations caused sa sudden increases or decreases sa wind power or photovoltaic power), adjust sa charging ug discharging power sa energy storage, ug compensate sa changes sa grid load sa real time, helping ang grid maintain frequency stability (50/60Hz ± 0.2Hz) ug enhance ang grid resilience.

6. Energy conservation and cost reduction for industrial and commercial users

   In response sa pain point sa "large peak-valley electricity price difference" sa industrial ug commercial users, ang sistema stores low-cost grid electricity or surplus wind ug solar power during off-peak hours (such as late at night) ug releases stored energy during peak hours (such as during the day for production), replacing high-cost grid electricity ug gitawasan ang enterprise electricity expenses. In some scenarios, electricity savings sa 20% to 30% mahimo.

7. Integration of renewable energy

   Deployed near large-scale wind ug solar power stations, ang sistema stores excess electricity generated sa stations (preventing "abandonment of wind ug solar power") ug supplies ang electricity sa grid when needed, improving ang utilization rate sa wind ug solar energy ug contributing sa achievement sa "dual carbon" goals. At the same time, it creates additional revenue sa power stations.

8. Protection of sensitive loads

   For loads with high requirements sa power stability (such as semiconductor production lines ug precision testing equipment), ang sistema provides "uninterrupted power support". It continuously monitors ang quality sa grid ug immediately switches sa energy storage power supply without interruption if problems such as voltage sags or harmonics occur sa grid, ensuring na ang loads do not shut down ug gitawasan ang production losses.

Precise application scenarios: covering six core areas

• Industrial and commercial parks

  Supplying power sa production workshops, office buildings, ug supporting facilities sa park, gitawasan ang electricity costs through "peak shaving and valley filling", ug serving as an emergency power source aron ensure ang uninterrupted production lines, suitable sa industries sama sa mechanical manufacturing ug electronic processing.

• Remote mining areas / villages

  In remote areas without a grid or with unstable grids, constructed ang independent microgrid aron meet ang electricity needs sa mining equipment (such as small crushers) ug village residents, replacing diesel generators ug gitawasan ang pollution ug fuel costs.

• Large public buildings

  Supplying power sa hospitals, data centers, ug transportation hubs (airports, high-speed railway stations), providing stable output aron ensure ang operation sa sensitive loads, ug serving as an emergency power source during grid outages aron prevent medical accidents, data loss, or transportation disruptions.

• Supporting facilities for renewable energy power stations

  Cooperating sa wind ug photovoltaic power stations, ang sistema stores excess electricity sa stations, improving ang integration rate sa renewable energy, ug providing stable power sa power stations' auxiliary equipment (such as monitoring ug maintenance facilities), gitawasan ang power stations' dependence sa grid.

• Auxiliary services for urban power grids

  Deployed sa urban power grid load centers (such as commercial areas ug residential areas), participating sa peak shaving, valley filling, ug frequency ug voltage regulation, gitawasan ang pressure sa power grid supply, especially suitable sa areas with dense electricity loads ug difficult grid expansion.

• Field operation scenarios

  Supplying power sa field operation sites such as geological exploration, field scientific research, ug border guard posts. Ang sistema's lightweight design suitable sa field transportation, ug mahimo ang "wind + solar + storage" autonomous power supply without complex installation, meeting ang electricity needs sa equipment operation ug personnel living.

 System configuration