An integrated framework of joint venture success

Dubey, Rita

doi:10.1504/ijsba.2016.078248

Cited by 3 publications

(1 citation statement)

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“…frontiersin.org of the degradation mechanism is essential to ensure the reliability and long lifetime of PV modules. The degradation rate is difficult to calculate, and it requires substantial data (Dubey, 2016a). The degradation rate for the installed PV system at the investigation site was estimated to be −0.6% to −5%.…”

Section: Frontiers In Energy Researchmentioning

confidence: 99%

Empirical and numerical-based predictive analysis of a single-axis PV system under semi-arid climate conditions of Pakistan

Saeed,

Ghafoor,

Hussain

et al. 2024

Front. Energy Res.

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Power generation from fossil fuels is the biggest challenge in the next half of the century. Alternative power generation techniques such as solar photovoltaic (PV) show potential to act as a future fuel with a challenge to efficiently convert the harvested solar energy into electrical power. This investigation conclusively focused on setting a 2.160-kW solar PV system capable of working at a higher efficiency by developing a mechanical structure that optimizes power production and minimizes energy losses. In addition to that, solar PV system efficiencies at various tracking positions, performance coefficients during rainy and sunny days, and system degradation rates have also been investigated. The PVsyst v6.8 simulation tool was used to obtain the simulated results, which were compared with the actual experimental results. The parameters considered for the investigations include ambient temperature, irradiance, solar PV module surface temperature, solar PV voltage and current, wind velocity, and atmospheric turbidity. The solar PV system was evaluated based on two modes, namely, M1 (no tracking/fixed type) and M2 (manual tracking by changing the position of the solar PV system every hour). The predictive results obtained using PVsyst v6.8 concluded that total energy production from the installed system was 3,242 kWh/yr and 3,984 kWh/yr for M1 and M2, respectively. The performance ratio (PR), obtained from simulation, was 72% and 78% for M1 and M2, respectively, which was consistent with the experimental results, i.e., 70% and 72% for M1 and M2, respectively. Similarly, the power conversion efficiencies under standard temperature and conditions for both modes, simulated and experimental, were found to be 16.50% and 12.75%, respectively. The estimated degradation rate was observed in the range of −0.6% to −5.0%.

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Section: Frontiers In Energy Researchmentioning

confidence: 99%

Empirical and numerical-based predictive analysis of a single-axis PV system under semi-arid climate conditions of Pakistan

Saeed,

Ghafoor,

Hussain

et al. 2024

Front. Energy Res.

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Examining the Role and Antecedents to Partner Commitment in Influencing Joint Venture Success

Goyal

Dubey²

2022

Global Business Review

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Joint ventures (JVs) are an important strategic option for corporates globally; however, their failure rate continues to be alarming as more than 50% of the JVs fail. Researchers have found partners’ commitment to a JV crucial for its success. However, not much is known about how commitment influences JV performance at each stage of JV life cycle and what drives commitment. This article uses case study methodology to evaluate the role of partners’ commitment during formation, initialization and management stages and identifies the factors that influence their level of commitment. The findings are based on primary interviews conducted with the top management executives including CEOs of two JVs formed by a leading company in the Indian retail sector.

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The evolution of relational quality in strategic alliances: A multiple case study analysis

Bidault¹

2020

Recherches en Sciences De Gestion

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Comme toutes les organisations, il est préférable de considérer les alliances dans une perspective dynamique : au fur et à mesure que le temps passe, les conditions évoluent. Si les recherches sur les alliances stratégiques se sont initialement intéressées aux facteurs affectant leur succès, l’attention s’est déplacée progressivement sur les relations entre les partenaires et leur évolution. Dans cet article, nous avons pour ambition de contribuer à une meilleure compréhension de la qualité de la relation entre les partenaires d’alliance dans une perspective dynamique. Notre recherche s’appuie sur les développements théoriques des vingt dernières années d’une part et sur l’exploitation d’un échantillon d’études de cas d’autre part. Les données rassemblées dans ces études de cas suggèrent l’existence d’un modèle d’évolution influencé par les types de confiance et de contrôle des partenaires identifiés par la recherche. Des pistes de recherches sont suggérées en conclusion.

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An integrated framework of joint venture success

Cited by 3 publications

References 30 publications

Empirical and numerical-based predictive analysis of a single-axis PV system under semi-arid climate conditions of Pakistan

Empirical and numerical-based predictive analysis of a single-axis PV system under semi-arid climate conditions of Pakistan

Examining the Role and Antecedents to Partner Commitment in Influencing Joint Venture Success

The evolution of relational quality in strategic alliances: A multiple case study analysis

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