ಬೆದರಿಕೆಯ ಸುಲಭ ವಾಯು-ಸೂರ್ಯ ದ್ವಿತೀಯ ಪರಿಹಾರ: ಬಕ್-ಬೂಸ್ಟ್ ಕನ್ವರ್ಟರ್ ಮತ್ತು ಚತುರ ಚಾರ್ಜಿಂಗ್ ವ್ಯವಸ್ಥೆಯ ಖರ್ಚು ಕಡಿಮೆ ಮಾಡುತ್ತವೆ

Samāgra

Ida sādhane innovativi prakāśitā yugma pavana-sūrya śakti nirmiti paddhati. Ida paddhati paripūrṇa digata niyanta buck-boost DC/DC convertera, interleaved parallel tattva, matara tri-mahattara āvarṇa algoritma upayoga madhye prastuta hagu. Ida prakāra maha vistāra pavana gatiyu mattu sūrya prakāśa mattu śakti nimitta Maximum Power Point Tracking (MPPT) karana samarthya, śakti sampādana kṣamata bhāvita, battiriya sevākāla bāḍutte, mattu pūrṇa paddhati kiṃmati laghutve prasiddha.

1. Prastāva: Udyoga Dukhadāḥ & Vartamāna Kṣaya

Prācīna pavana-sūrya yugma paddhatiyalli mahatva dushprāptiya haite:

• Laghu Tārā Sānkitā: Idanna paddhatiyalli sarala buck convertera upayoga madhye, pavana turbine yā sūrya panela nirmita tāre battiriya tāre adhikatā huttiruvudu heggide. Laghu pavana yā durbal sūrya prakāśa avasthāsu, nirmita tāre tarava illa, nimitte śuddha śakti kṣaya.
• Mahatva Śakti Kṣaya: Pavana yā sūrya śakti adhika avasthāsu, prācīna paddhatiyalli resistive braking (dummy loads) upayoga madhye adhika śakti tapa rūpe vyapāya karana, battiriya adhikatā nirogga madhye, mahatva śakti kṣaya.
• Laghu Battiriya Sevākāla: Purvokta śakti sampādana adhikatā yā adhikatā nirogga paddhati asampūrṇatvena, battiriya laghu adhikatā yā adhikatā avasthāsu tiṭṭhe, nimitte chakra jīvita laghu, mattu rakṣaṇa kiṃmati adhikatā.
• Laghu Niyanta Pratibaddhatā & Durbal Stabilitā: Bahutara paddhatiyalli sarala niyanta paddhati upayoga madhye, tāre yā currenta niyanta adhika saṃskāra laghu, nimitte śakti guṇa durbal. Bhāratya bhāra śālanēya kaṇḍa, adhika kapāsa patavara nirmita yā sthāpana upakaraṇa prāpya, nimitte prārambha kiṃmati adhika.

2. Paddhati Muhurta Aṅgagaḷu

Ida paddhati 11 muhurta aṅgagaḷu yutta rūpe prakāśita, prabuddha, kṣamata śakti sampādana, sthāpana, mattu vibhāga jālagu.

3. Muhurta Tattva Lakṣaṇa

3.1 Buck-Boost DC/DC Convertera Mahatva Tārā Sānkitā

• Muhurta Tattva: Pavana yā sūrya convertera donḍu Buck-Boost DC/DC topologija upayoga.
• Dukhadā Samaṣṭa: Prācīna buck convertera tārā paricchhedaka vinirmāṇa.
• Laghu Tārā Sānkitā (Boost Mode): Pavana gati rated value (rpm < ω₀) yā durbal sūrya prakāśa avasthāsu, nirmita tāre battiriya tāre laghu, nimitte convertera Boost mode prati saṃskāra tāre battiriya āvarṇa.
• Adhika Tārā Sānkitā (Buck Mode): Pavana/sūrya śakti adhika avasthāsu, nirmita tāre battiriya tāre adhikatā, nimitte convertera Buck mode prati saṃskāra āvarṇa.
• Dvi Anuvartana Paddhati:
• Cascaded Buck-Boost DC/DC: 2 śakti switchera upayoga separate boost/buck niyanta; adhika saṃskāra, uccā pradarśanā avasthāsu.
• Mula Buck-Boost DC/DC: 1 śakti switchera upayoga single PWM duty cycle (<50% Buck, >50% Boost) niyanta; laghu rūpa, laghu kiṃmati.

3.2 Interleaved Parallel Niyanta (Muhurta Uttara)

• Tattva Siddhānta: Digata controllera 180-degree phase shift kele dvi parallel DC/DC convertera PWM signals niyanta, prācīna in-phase parallel niyanta.
• Tattva Phala:
• Laghu Ripple: Nirmita ripple currenta viṣama, nimitte total ripple currenta peak-to-peak value laghu, nimitte shuddha, sthira DC tāre bhāra.
• Dvikrita Frequency, Laghu Losses: Total output currenta ripple frequency eka convertera switching frequency dvikrita, nimitte laghu switching frequency ripple lakṣaṇa, nimitte switching losses laghu, paddhati kṣamata adhikatā.

3.3 Prabuddha Tri-Mahattara Āvarṇa Mode

Digata controllera battiriya State of Charge (SOC) anuvartane āvarṇa paddhati dinamiya saṃskāra, kṣamata yā nirogga adhikatā:

3.4 Paripūrṇa Digata Prabuddha Niyanta

Uccā pradarśanā MCU yā DSP madhye, paddhati real-time pavana turbine, sūrya panela, mattu battiriya tāre yā currenta data sampādana. Embedded algorithms upayoga madhye, ida:

• Real-time MPPT calculations karana, adhika śakti sampādana.
• Prabuddha āvarṇa mode nirdēśa yā saṃskāra.
• Precise PWM signals generation convertera drive yā interleaved niyanta.

4. Phala yā Scalability

4.1 Muhurta Tattva Phala

1. Adhika Adhikatā: Mahatva tārā sānkitā adhika adhikatā, paddhati laghu-grade śakti (e.g., light breezes, dawn/dusk weak light) prācīna paddhati sampādana, nimitte pavana yā sūrya śakti adhika.
2. Adhika Kṣamata: MPPT algorithm adhika power point prāpti, interleaving tattva adhika, paddhati kṣamata prācīna paddhati adhika.
3. Adhika Battiriya Jīvita: Tri-mahattara āvarṇa algorithm adhika adhikatā yā adhika adhikatā nirodha, battiriya cycle life 50% adhika, rakṣaṇa yā replacement kiṃmati laghu.
4. Laghu Pūrṇa Paddhati Kiṃmati: Adhika sthiti stabilitā adhika capacity requirement, nimitte prārambha kiṃmati laghu.
5. Adhika Output Power Quality: Interleaving tattva laghu-ripple, adhika sthira DC output, sensitive bhāra nirodha, adhika power supply quality.

4.2 Laghu Capacity Expansion Scheme

Paddhati adhika scalability adhika capacity demand:

• Aṅga-Level Expansion: Dvi DC/DC convertera input parallel connection same sūrya panela yā pavana turbine. Digata controller unified interleaved niyanta, adhika peak output power.
• Paddhati-Level Expansion: Expanded sūrya yā pavana śakti units parallel connection DC bus, adhika battiriya banks yā bhāra. Niyantra units communication interfaces (e.g., CAN bus) centralized monitoring yā management.