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Electrical & Grid

Transformers

Smart Transformer Station

Brand: WISHPOWER
Primary Voltage Rating:34.5 kV-19.92 kV/13.8 kV-7.957 kV/13.2 kV-7.62 kV/12.47 kV - 7.2 kV or others
Secondary Voltage Rating:240V/480V/480Y-277 V/600Y-347 V or others
High Voltage Tap Range: +2 x2.5% or others
Connection Type: D/W
Applications: Residential areas, hotels, single-family homes, parks, underground distribution systems
Rated Power:315-6300 kVA
Oil Type: Mineral oil or biodegradable natural plant oil
Implement GB/T17467, IEC 60076, UL, ANSI, IEEE, DOE, CSA, and NEMA standards

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DESCRIPTION

Specification

System voltage	35 kV 36.75 kV 38.5 kV
Maximum working voltage (High voltage side)	40.5 kV
Maximum working voltage (Low voltage side)	0.27 kV 0.3 kV 0.315 kV 0.4 kV 0.5 kV 0.69 kV
Rated frequency	50 Hz
Rated insulation level
Power frequency withstand voltage (High voltage switch)	95 kV
Power frequency withstand voltage (Transformer body)	85 kV
Impact peak withstands voltage	200 kV
Power frequency withstand voltage (Transformer low voltage side)	5 kV
Phase	Three
Protection level
Tank	IP 68
High and low voltage room	IP 54
After opening the high-voltage chamber door	IP 3X

If you are interested in our transformers and related transformer accessories, please get more information and professional solutions through this website or directly through info@wishpower.net

What is the Smart Transformer Station?

The Smart Transformer Station serves as an advanced power distribution system that unites smart control measures with active system tracking and digital transmission platforms. The Smart Transformer Station serves renewable energy applications especially solar and wind power generation because reliable and efficient energy conversion remote operation and grid stability are essential. Modern transformer stations receive intelligence upgrades through automated systems and Cloud-based processing and adaptive load management which delivers better stability together with reduced operational expenses. The system integrates IoT connectivity and intelligent sensors to monitor conditions and make predictive maintenance evaluations and supply-demand-adjusted operations. This technology maintains a crucial position in modern energy systems through its capability to integrate renewable power generation effectively and it serves as a key element for increasing efficiency and stability of power supply systems.

Application

Solar Power Plants:

Through their DC power to AC power conversion system Smart Transformer Stations optimize grid integration performance and deliver constant power supply in solar power generation stations regardless of intermittent sunlight conditions.

Wind Power Plants:

Industries using wind energy benefit from Transformer Stations that process wind turbine power effectively and conduct continuous grid connection checks to support intermittent wind-based systems.

Microgrids:

Stand-alone transformer stations for microgrid energy networks manage power flow between local sources and demands thus maintaining stable operation and efficiency of the decentralized grid when deployed during off-grid situations.

Energy Storage Systems:

Batteries along with these transformer stations manage stored energy distribution for efficient energy consumption and peak demand stability.

Electric Vehicle (EV) Charging Stations:

Such stations in electric vehicle high-usage areas operate to validate power grid capability in handling additional demands from EV charging infrastructure while maximizing energy distribution and minimizing network overloads during times of peak consumption.

Urban Power Distribution Networks:

Large urban areas benefit from these stations because they automate power delivery systems while cutting transmission losses which results in an enhanced power grid system with higher adaptability and reliability.

Offshore Power Stations:

These power stations maintain remote observation and station operation to handle reliable power distribution toward mainland power grids without repeated physical attendance near complex structures at offshore wind and tidal energy locations.

Why choose Smart Transformer Stations?

Smart Transformer Stations offer several key benefits. Power supply stability improves through renewable power control from wind and solar sources which delivers uninterrupted electricity distribution. The system becomes more cost-effective through improved energy efficiency since conversion losses are minimized. By utilizing predictive maintenance strategies the system cuts both operational time reductions and operational cost reductions by identifying potential problems in advance of equipment breakdown. Remote management systems through monitoring and control enable efficient operation by allowing effective procedures without continuous on-site attendance. The stations implement load management techniques that stops overloads to enhance power grid reliability. The integration of renewable energy receives support from these stations while they help create an energy system with environmentally friendly and sustainable characteristics.

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