A wind solar hybrid system begins with coordination.

Define what hybrid means for your project

The AS VAYU presentation describes wind power connected through charge controllers to storage, an inverter and AC loads. It also includes a common-battery concept in which multiple turbines feed a shared DC arrangement. These are reference architectures requiring project-specific electrical design.

Anuj Solaris LLP focuses on wind, solar and hybrid power for distributed energy use. Solar can be considered alongside the wind system, but existing inverters, batteries and controllers should not be assumed compatible without checking their specifications and the proposed control arrangement.

Assess both resources at the actual location

NIWE’s wind-solar hybrid resource portal provides information for preliminary site assessment in India. It can help frame an early resource discussion; it does not replace the detailed evaluation of a particular turbine position, solar layout and load requirement.

Ask what wind and solar information supports the proposal, how seasonal and daily patterns will be considered, and which site measurements or further checks are needed. A hybrid label does not promise uninterrupted supply or a fixed level of electricity generation.

Give storage and power electronics a clear role

Begin with the loads to be supplied and the operating objective. For backup, identify critical equipment and required backup hours. For an existing site, document the solar array, inverter, battery and connection arrangement so the design can consider what may be retained.

A useful proposal identifies the turbine model or models, controller ratings, battery arrangement, inverter duty, cable sizing and protection responsibilities. Ask how the proposed components will be tested and handed over, and who will maintain each part of the system.

• Project location and the purpose of the hybrid system.
• Daily loads, surge requirements and backup priorities.
• Existing equipment ratings and available documentation.
• Wind, solar, storage and inverter scope with clear boundaries.

Use the AS VAYU range as a starting point

The collection includes F-Type horizontal-axis turbines and four vertical families: H-Type, NY-Type, X-Type and Y-Type. Candidate models range from 50W to 100kW. Selection follows the site and load review; adding multiple turbines is not automatically the appropriate solution.

The presentation includes an illustrative arrangement of three 1kW turbines and two 0.5kW turbines with one inverter and battery architecture. This is a reference concept, not a universal package or a continuous-output guarantee. Share your own requirements so the discussion can focus on a relevant configuration.

Common questions