Entries by administrator

SMARAAD 100kW Wind Turbine Installation in Central Asia

SMARAAD’s engineering team completes the installation of a one-hundred-kilowatt horizontal-axis wind turbine in Central Asia’s highland region. Built to endure strong winds, low temperatures and thin air on the plateau, this turbine delivers steady power for remote off-grid sites. Our crew works alongside cranes to finish tower lifting and rotor assembly under tough high-altitude conditions. […]

/by

SMARAAD 100kW Horizontal Axis Wind Turbines Deployed in Ukraine

SMARAAD’s one-hundred-kilowatt horizontal axis wind turbines are operating at a rural site in Ukraine. These three-blade horizontal turbines are built to withstand variable local wind conditions, delivering stable power output for off-grid and semi-independent facilities. The system supplies electricity for on-site buildings, reducing dependence on fragile public power infrastructure. Robust mechanical design ensures reliable performance […]

/by

SMARAAD Installs Two Spiral Wind Turbines in Beijing

SMARAAD has finished installing two spiral vertical-axis wind turbines at a Beijing campus site. This spiral turbine design adapts perfectly to turbulent urban wind. It does not require wind alignment, starts at low wind speeds, and runs quietly with little vibration. The distinctive rotor shape brings both power generation and visual appeal. Mounted on reinforced […]

/by

2KW Horizontal Spiral Wind Turbine Rooftop Power Generation for Industrial Facilities

Many industrial sites have vast unused rooftop space, along with consistent turbulent wind flow above factory buildings. Our two-kilowatt horizontal spiral wind turbine turns this underutilized resource into usable electricity, offering a practical distributed power solution for manufacturing plants. Traditional wind turbines often struggle with chaotic rooftop wind. Thanks to its distinctive spiral blade structure, […]

/by

SMARAAD Carries Out Electric Pitch‑Controlled Bench Test

Inside our workshop, technicians are conducting a full‑scale bench test for the electric pitch‑control system of large‑scale horizontal‑axis wind turbines. During this rigorous test, engineers verify the reliability of blade angle adjustment, load‑bearing performance and emergency protection functions under simulated operating conditions. Electric pitch‑control technology enables automatic blade angle regulation according to real‑time wind speed. […]

/by

200 kW Horizontal‑Axis Wind Turbine Under Installation on Inner‑Mongolia Grassland

A SMARAAD 200‑kilowatt horizontal‑axis wind turbine is being hoisted and assembled on the vast grasslands of Inner Mongolia. Two heavy‑duty mobile cranes cooperate to complete the precise lifting work of the nacelle and blades at this remote wind‑power site. The open grassland features steady, abundant wind resources, which perfectly matches the high‑power generation capacity of […]

/by

100 kW Wind‑Solar Hybrid Power System Built in Central‑Asia Highland Region

This off‑grid hybrid power station, equipped with two sets of SMARAAD 100‑kilowatt horizontal‑axis wind turbines and large‑scale solar panel arrays, has been completed in a remote mountainous zone of Central Asia. The wind‑solar complementary design perfectly offsets the power‑generation weaknesses of each single energy source. Solar panels harvest energy during bright sunny daytime, while wind […]

/by

Two‑Unit 100 kW Wind Turbine Project Launched in Rural Ukraine

Two SMARAAD 100‑kilowatt grid‑tied horizontal‑axis wind turbines have been deployed across open farmland in rural Ukraine. Built on spacious flat agricultural terrain with steady seasonal wind flow, this small‑scale wind farm is designed to supply local farms, rural communities and nearby industrial facilities with affordable, locally‑generated power. The tower‑integrated internal‑ladder design provides safe, convenient access […]

/by

Four H-Type Vertical Axis Wind Turbines Installed Near Yanzhao Building

Four H-type vertical axis wind turbines have been erected on the open square opposite Yanzhao Building in Shijiazhuang, Hebei Province. These vertical wind units can capture wind from all directions steadily against complex urban turbulent airflow around high-rise buildings. With low noise and stable operation, the turbines generate clean power for public lighting, garden facilities […]

/by

H-Type Vertical Axis Wind Turbines Realize Rooftop Power Self-Supply in Suzhou

Two H-type vertical axis wind turbines are mounted on the building rooftop within Suzhou Industrial Park, forming an independent wind power generation system with supporting control cabinets. Different from horizontal wind turbines, H-shaped vertical axis products adapt well to the disordered turbulent wind of urban building clusters with omnidirectional wind capturing capability, featuring low vibration […]

/by