This community service activity focuses on the "Optimization of the Roles of Family, School, and Community in Strengthening Character Education Based on Local Wisdom for Students of STAI Jam'iyah Mahmudiyah Langka." The activity aims to raise awareness and understanding of the importance of collaboration among families, schools, and the community in character education rooted in local wisdom. Through a series of discussion forums, workshops, and community service programs, all parties are encouraged to actively instill local wisdom values in students. The results of this activity indicate an increase in parental participation, the strengthening of relevant curricula in schools, and the involvement of students in local cultural activities. Furthermore, this initiative successfully created a strong synergy among various community elements, supporting the emergence of a generation of students who are not only knowledgeable but also possess strong character grounded in local culture. Thus, this service is expected to make a significant contribution to the development of character education within the STAI Jam'iyah Mahmudiyah Langka environment

<p><em>Over an extended duration, small-scale farmers have been contending with the persistent issue of electricity scarcity, which adversely affects crop production, particularly during dry seasons. The dependence on generators, despite being expensive and environmentally harmful due to oil spillage and Carbon dioxide (CO2) emissions, remains a prevalent yet unsustainable solution. Wind energy emerges as a promising alternative with diverse benefits for farmers, addressing concerns related to irrigation, storage, and water management, ultimately leading to significant yield increases during dry periods. This study investigates the performance of a small-scale wind energy conversion system tailored for the irrigation needs of farmers in arid regions, focusing on Zaria Local Government, Kaduna State, Nigeria as a case study. Utilizing wind speed data from the Nigeria Meteorological Agency (NIMET), the system's electrical parameters, including voltage, current, frequency, and power, were analyzed to assess fluctuations resulting from wind speed variations. Results show significant variability in electrical parameters: wind speed ranged from 3.10 m/s to 9.83 m/s, resulting in fluctuations in generated voltage (98 volts to 250 volts), current (51 amps to 103 amps), frequency (39 Hz to 65 Hz), and power (5.1 kW to 20.6 kW). Converter systems were found effective in stabilizing output for grid integration: the AC/DC converter converted fluctuating AC signals into stable DC output (200 volts, 93 amps), while the subsequent DC/AC inverter produced non-fluctuating AC output (voltage: 200 volts, current: 92 amps, frequency: 50 Hz, power: 18.3 kW). These findings emphasize feasibility of implementing wind energy solutions in remote agricultural areas.</em></p>