With high-reliability products and solutions, we are committed to continually contributing to the realization of our customers’ goals.
We specialize in providing comprehensive solutions for power generation, transmission, and distribution equipment, as well as for renewable and distributed energy sources. Our offerings are designed to meet the evolving needs of the modern energy landscape, ensuring efficiency, sustainability, and reliability.
1. Project Background & Critical Challenges Regional Profile: Network upgrade in industrial zones (Abidjan, San-Pédro) with 12% annual load growth (2020-2023), peak current >2,000A. Lines traverse tropical rainforests (humidity >90%) and coastal salt-spray zones (salt deposition >0.3mg/cm²·day). Operational Demands: Corrosion: Cl⁻ erosion + high-temperature oxidation (avg. 32°C). Mechanical Stress: Conductor
1. Project Background & Critical Challenges Geographical & Load Profile: 50km route connecting Tokyo CBD and Yokohama industrial zone, traversing high-density urban areas, soft coastal soil, and seismic zones. Peak load: 2,700MW with N-1 contingency requirement (per TEPCO standards). Environmental Constraints: Corrosion: Coastal salt spray (Yokohama) + industrial pollution (SO₂
Background Southeast Asia’s largest AI hub (Epoch KL1) confronted triple challenges: Tropical Extremes: Humidity >85% + salt fog Class C5 (15km from coast) Condensation caused 32 faults/year in conventional gear (2023 report) Zero-Power-Failure: Tier IV requires 99.999% uptime, fault isolation ≤20ms 275kV transformer SC capacity 42kA, exceeding standard 33kV gear Net-Zero Mandate: Malaysia MyHIJAU mandates GWP<1 (SF6 GWP=23,500) SH Power Solutions
To sidestep U.S. trade barriers and labor shortages, Fortune-500 AFL needed a supply route that was both tariff-proof and lightning-fast. SH Power engineered a “Made-in-Mexico, Delivered-from-California” duty-free model: • A bonded plant in Monterrey, Mexico—2.5 h from the U.S. border—runs two UL-certified shifts, outputting 2,000 sets of 500 kV hardware
NUOVA is the designated prime contractor for Enel’s heritage-site grid upgrades. To meet “zero-excavation, zero-vibration, zero-emission” requirements at Pompeii and Sicily UNESCO zones, SH Power engineered three game-changers: Non-invasive installation—micro-tunnelling, directional drilling and reversible anchoring keep all excavation underground, reducing heritage-risk to the industry’s lowest level. Rome rapid-response hub—a 2,500
Century-old PFISTERER leads Alpine grid modernization. For over a decade, SH Power has been a strategic partner: we run a CE/SEV-certified hub in Zurich and a green customs lane that cuts transport emissions by 40 %. From 2022-2024, we delivered 24/7 technical support, on-time completion and on-site installation guidance for
As Europe’s wind power connection leader, RlBE dominates 80% of North Sea grid integration. Amid Europe’s energy transition, SH Power—its exclusive Asian OEM partner—established dedicated TÜV-certified production lines and Hamburg bonded warehouse hubs. Our 220kV/500kV fittings reach European sites in 72 hours, slashing RlBE’s delivery cycles by 50%. In 2023, we jointly secured
Background East China’s largest frozen food hub faced triple challenges: 1.Extreme Corrosion: 4x daily acid/alkali wash(humidity>95% + pH 2-12, beyond IEC 60721-3-5 CLASS 5M3) Traditional substations rusted in 5 years(2023 repair cost ¥2.8M) 2.Power Pollution: ±35% voltage sagsfrom freezer start-stop (6x/min), causing ↑45% servo motor damage THDi>25%harmonics triggered 22 PLC malfunctions/year 3.Energy
Background A 500MW offshore wind farm in East China Sea confronted triple challenges: 1.Extreme Salt Corrosion: Control center 300m from coast, salt deposition 18mg/m³(3× IEC 60721-3-4 Class CX); Typhoon humidity >98%causing condensation shorts (failure rate ↑37% in 2023). 2.Wind Harmonic Pollution: DFIG-induced 5th/7th/11th harmonics(THDi>15%) triggering relay malfunctions (4.2 false trips/year); UPS sensitivity
Overview: Dual Constraints of Policy & Environment Located in the Yellow River intertidal zone, the 200MW fishery-PV project faced dual binds: Equipment footprint capped at 3% of water area (Qingdao Regulation HFG-2022-17), but 86 conventional substations would occupy 58 acres (172% over cap); Salt fog deposition ≥12mg/m³ (Qingdao Ocean Monitoring Data), 2.4× higher than
Background Located at the edge of Kubuqi Desert, this 100MW solar plant faced triple extreme conditions: sandstorms (dust deposition >200g/m²), 70℃ diurnal temperature swing (-35℃~+45℃), and grid harmonics (THDu >8%). SH Power’s 35kV/1600kVA box-type transformers required 20-year reliability under desert corrosion, thermal derating, and harmonic interference while meeting State Grid’s voltage deviation standard
Background East China’s largest frozen food base (240kt/year) faced triple challenges: Corrosion: Frequent acid/alkali washing (humidity >90%, salt fog C5 per IEC 60721-3-5)； Load Surge: Freezer line start-stop caused ±35% voltage fluctuation (6x/min) with THDi>15%； Energy Waste: Refrigeration consumed 68% energy, with transformer no-load loss 1.8kW (37% above GB). SH Power’s ZGS13-400/10 substation reduced lifecycle electricity cost by 23%. Breakthroughs &
Overview Wugang Resettlement Community (420,000㎡, 3,200 households) is a key livelihood project in Wuhan. Its power system required compliance with GB 50053-2013 for reliability and greenbelt integration (“Sponge City” mandate). Challenges included limited space (greening ratio ≥35%), noise control (night ≤45dB), and flood resistance (1,300mm annual rainfall). Our company supplied European-style
Overview Xiashang Tianjin Ninghe Dongjituo 100MW Wind Farm, a key 2023 renewable project in Tianjin, operates 32×3.2MW turbines with annual output of 230 GWh. Located in Bohai Bay’s salt-fog zone (C4 corrosivity) and winter lows of -25°C, it complied with NB/T 10688-2021 for prefab substations. SH Power, as the sole
Overview: The 33kV GIS substation downstream of Princeton Data Center (Malaysia’s first Uptime Tier III-certified facility) serves as the critical power hub guaranteeing 99.999% operational continuity. It confronted triple extreme challenges: corrosive tropical climate (annual humidity >85%), spatial constraints (40% footprint of conventional substations due to underground installation), and 25kA short-circuit current surges
Background This 320m supertall commercial complex in Lujiazui required eco-friendly switchgear under extreme space constraints (2.8m ceiling height in B3 substation), LEED Platinum certification (zero GHG emissions), and EV charger pollution (1,200 fast chargers, THDi>28%). Key breakthroughs: Space Revolution: Conventional SF6 cabinets need 3.5m height vs. 2.8m limit; Absolute Safety: Arc fault probability <10⁻⁶ in crowded
Background As the core of the Philippines’ North-South Transport Corridor, the 12.4km Taburos Tunnel (longest in SEA) required a power network covering 36 worksites, 7 TBMs, and 23 emergency shelters. Critical challenges included: Extreme Corrosion: 800m from coastline, salt fog >5mg/m³ (exceeding IEC 60721-3-4 CX class), reducing equipment lifespan to <5 years; Dynamic Load Impact:
Project Background & Challenges Mission-Critical Objective: Construct a 220/35kV primary substation for PDG Data Center (48MW total capacity) in Kuala Lumpur, compliant with ANSI/TIA-942-B Tier IV – the highest reliability standard requiring ≤0.4 hours (24 minutes) of annual unplanned downtime (equivalent to ≥99.999% operational availability). Extreme Environmental Conditions: Tropical Climate: Persistent high heat/humidity (avg. 28–35°C, >90% RH),
Overview The 10kV Xintian Huacheng #1 Power Distribution Room Project (Shuzhou, Anhui) is State Grid Anhui’s first standardized dual-power supply demonstration for high-rise residential buildings (32 floors, 800 households). It required compliance with GB 50053-2013 for Grade-1 load reliability amid challenges: limited space (ceiling height 3.2m), ≤0.5s power switching, and
Overview The George 1.58MW Distributed PV Project by Yangzhou Hengyun New Energy Co., Ltd. is a key subunit of the Phase I Public Utility Distributed PV Project in Yangzhou Economic Development Zone. Utilizing rooftops of 13 public facilities (e.g., government buildings, schools) and parking lots, it deploys ~2,872 units of
Project: The ±1100 kV UHVDC Changji-Guquan Transmission Project, approved by China’s NDRC on Dec 28, 2015, spans 3,304.7 km from Changji Converter Station (Xinjiang) to Guquan Converter Station (Anhui), traversing 6 provinces/regions (Xinjiang, Gansu, Ningxia, Shaanxi, Henan, Anhui). Specifications: Voltage: ±1100 kV DC (world’s highest) Capacity: 12 GW (12,000 MW) SH POWER Involvement (End-2024): Constructed this project plus 22 UHVAC (1000 kV) and 23 UHVDC
General requirements 1、Standardized and modular design. Flexible stackable deployment to meet different solar power generation requirements in various capacities and locations. Compact structure, integrated configuration, plug-and-play design for rapid implementation of smart zero-carbon upgrades in industrial parks. 2、High reliability and high safety. The brand of medium and low-voltage cabinets and
1. Project Background & Critical Challenges Geographical & Load Profile: 50km route connecting Tokyo CBD and Yokohama industrial zone, traversing high-density urban areas, soft coastal soil, and seismic zones. Peak load: 2,700MW with N-1 contingency requirement (per TEPCO standards). Environmental Constraints: Corrosion: Coastal salt spray (Yokohama) + industrial pollution (SO₂
Project: The ±1100 kV UHVDC Changji-Guquan Transmission Project, approved by China’s NDRC on Dec 28, 2015, spans 3,304.7 km from Changji Converter Station (Xinjiang) to Guquan Converter Station (Anhui), traversing 6 provinces/regions (Xinjiang, Gansu, Ningxia, Shaanxi, Henan, Anhui). Specifications: Voltage: ±1100 kV DC (world’s highest) Capacity: 12 GW (12,000 MW) SH POWER Involvement (End-2024): Constructed this project plus 22 UHVAC (1000 kV) and 23 UHVDC
Background A 500MW offshore wind farm in East China Sea confronted triple challenges: 1.Extreme Salt Corrosion: Control center 300m from coast, salt deposition 18mg/m³(3× IEC 60721-3-4 Class CX); Typhoon humidity >98%causing condensation shorts (failure rate ↑37% in 2023). 2.Wind Harmonic Pollution: DFIG-induced 5th/7th/11th harmonics(THDi>15%) triggering relay malfunctions (4.2 false trips/year); UPS sensitivity
Overview: Dual Constraints of Policy & Environment Located in the Yellow River intertidal zone, the 200MW fishery-PV project faced dual binds: Equipment footprint capped at 3% of water area (Qingdao Regulation HFG-2022-17), but 86 conventional substations would occupy 58 acres (172% over cap); Salt fog deposition ≥12mg/m³ (Qingdao Ocean Monitoring Data), 2.4× higher than
Background Located at the edge of Kubuqi Desert, this 100MW solar plant faced triple extreme conditions: sandstorms (dust deposition >200g/m²), 70℃ diurnal temperature swing (-35℃~+45℃), and grid harmonics (THDu >8%). SH Power’s 35kV/1600kVA box-type transformers required 20-year reliability under desert corrosion, thermal derating, and harmonic interference while meeting State Grid’s voltage deviation standard
Overview Xiashang Tianjin Ninghe Dongjituo 100MW Wind Farm, a key 2023 renewable project in Tianjin, operates 32×3.2MW turbines with annual output of 230 GWh. Located in Bohai Bay’s salt-fog zone (C4 corrosivity) and winter lows of -25°C, it complied with NB/T 10688-2021 for prefab substations. SH Power, as the sole
Overview The George 1.58MW Distributed PV Project by Yangzhou Hengyun New Energy Co., Ltd. is a key subunit of the Phase I Public Utility Distributed PV Project in Yangzhou Economic Development Zone. Utilizing rooftops of 13 public facilities (e.g., government buildings, schools) and parking lots, it deploys ~2,872 units of
General requirements 1、Standardized and modular design. Flexible stackable deployment to meet different solar power generation requirements in various capacities and locations. Compact structure, integrated configuration, plug-and-play design for rapid implementation of smart zero-carbon upgrades in industrial parks. 2、High reliability and high safety. The brand of medium and low-voltage cabinets and
Background East China’s largest frozen food hub faced triple challenges: 1.Extreme Corrosion: 4x daily acid/alkali wash(humidity>95% + pH 2-12, beyond IEC 60721-3-5 CLASS 5M3) Traditional substations rusted in 5 years(2023 repair cost ¥2.8M) 2.Power Pollution: ±35% voltage sagsfrom freezer start-stop (6x/min), causing ↑45% servo motor damage THDi>25%harmonics triggered 22 PLC malfunctions/year 3.Energy
Overview Wugang Resettlement Community (420,000㎡, 3,200 households) is a key livelihood project in Wuhan. Its power system required compliance with GB 50053-2013 for reliability and greenbelt integration (“Sponge City” mandate). Challenges included limited space (greening ratio ≥35%), noise control (night ≤45dB), and flood resistance (1,300mm annual rainfall). Our company supplied European-style
Background This 320m supertall commercial complex in Lujiazui required eco-friendly switchgear under extreme space constraints (2.8m ceiling height in B3 substation), LEED Platinum certification (zero GHG emissions), and EV charger pollution (1,200 fast chargers, THDi>28%). Key breakthroughs: Space Revolution: Conventional SF6 cabinets need 3.5m height vs. 2.8m limit; Absolute Safety: Arc fault probability <10⁻⁶ in crowded
Overview The 10kV Xintian Huacheng #1 Power Distribution Room Project (Shuzhou, Anhui) is State Grid Anhui’s first standardized dual-power supply demonstration for high-rise residential buildings (32 floors, 800 households). It required compliance with GB 50053-2013 for Grade-1 load reliability amid challenges: limited space (ceiling height 3.2m), ≤0.5s power switching, and
1. Project Background & Critical Challenges Regional Profile: Network upgrade in industrial zones (Abidjan, San-Pédro) with 12% annual load growth (2020-2023), peak current >2,000A. Lines traverse tropical rainforests (humidity >90%) and coastal salt-spray zones (salt deposition >0.3mg/cm²·day). Operational Demands: Corrosion: Cl⁻ erosion + high-temperature oxidation (avg. 32°C). Mechanical Stress: Conductor
Background East China’s largest frozen food base (240kt/year) faced triple challenges: Corrosion: Frequent acid/alkali washing (humidity >90%, salt fog C5 per IEC 60721-3-5)； Load Surge: Freezer line start-stop caused ±35% voltage fluctuation (6x/min) with THDi>15%； Energy Waste: Refrigeration consumed 68% energy, with transformer no-load loss 1.8kW (37% above GB). SH Power’s ZGS13-400/10 substation reduced lifecycle electricity cost by 23%. Breakthroughs &
Background As the core of the Philippines’ North-South Transport Corridor, the 12.4km Taburos Tunnel (longest in SEA) required a power network covering 36 worksites, 7 TBMs, and 23 emergency shelters. Critical challenges included: Extreme Corrosion: 800m from coastline, salt fog >5mg/m³ (exceeding IEC 60721-3-4 CX class), reducing equipment lifespan to <5 years; Dynamic Load Impact:
Background Southeast Asia’s largest AI hub (Epoch KL1) confronted triple challenges: Tropical Extremes: Humidity >85% + salt fog Class C5 (15km from coast) Condensation caused 32 faults/year in conventional gear (2023 report) Zero-Power-Failure: Tier IV requires 99.999% uptime, fault isolation ≤20ms 275kV transformer SC capacity 42kA, exceeding standard 33kV gear Net-Zero Mandate: Malaysia MyHIJAU mandates GWP<1 (SF6 GWP=23,500) SH Power Solutions
Overview: The 33kV GIS substation downstream of Princeton Data Center (Malaysia’s first Uptime Tier III-certified facility) serves as the critical power hub guaranteeing 99.999% operational continuity. It confronted triple extreme challenges: corrosive tropical climate (annual humidity >85%), spatial constraints (40% footprint of conventional substations due to underground installation), and 25kA short-circuit current surges
Project Background & Challenges Mission-Critical Objective: Construct a 220/35kV primary substation for PDG Data Center (48MW total capacity) in Kuala Lumpur, compliant with ANSI/TIA-942-B Tier IV – the highest reliability standard requiring ≤0.4 hours (24 minutes) of annual unplanned downtime (equivalent to ≥99.999% operational availability). Extreme Environmental Conditions: Tropical Climate: Persistent high heat/humidity (avg. 28–35°C, >90% RH),
To sidestep U.S. trade barriers and labor shortages, Fortune-500 AFL needed a supply route that was both tariff-proof and lightning-fast. SH Power engineered a “Made-in-Mexico, Delivered-from-California” duty-free model: • A bonded plant in Monterrey, Mexico—2.5 h from the U.S. border—runs two UL-certified shifts, outputting 2,000 sets of 500 kV hardware
NUOVA is the designated prime contractor for Enel’s heritage-site grid upgrades. To meet “zero-excavation, zero-vibration, zero-emission” requirements at Pompeii and Sicily UNESCO zones, SH Power engineered three game-changers: Non-invasive installation—micro-tunnelling, directional drilling and reversible anchoring keep all excavation underground, reducing heritage-risk to the industry’s lowest level. Rome rapid-response hub—a 2,500
Century-old PFISTERER leads Alpine grid modernization. For over a decade, SH Power has been a strategic partner: we run a CE/SEV-certified hub in Zurich and a green customs lane that cuts transport emissions by 40 %. From 2022-2024, we delivered 24/7 technical support, on-time completion and on-site installation guidance for
As Europe’s wind power connection leader, RlBE dominates 80% of North Sea grid integration. Amid Europe’s energy transition, SH Power—its exclusive Asian OEM partner—established dedicated TÜV-certified production lines and Hamburg bonded warehouse hubs. Our 220kV/500kV fittings reach European sites in 72 hours, slashing RlBE’s delivery cycles by 50%. In 2023, we jointly secured
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