Perovskite PV MPPT Design for BIPV Application

Sanusi Isiaka Olatunji, Arjuna Marzki, Annie Ng, Ikechi A. Ukeagbu
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Abstract

Globally, renewable energy consumption has expanded to avert environmental damage. Solar energy is expected to be the cornerstone of a sustainable energy economy since sunlight is abundant. Perovskite Solar Cells (PSCs), incorporated into the architectural envelope of Building Integrate(BIPVs), reduce the electricity needs and improve the energy conversion paradigm. This work aims to design and develop an MPPT circuit with a DC-DC converter (boost converter) for energy harvesting from PSCs for BIPV Applications. The energy harvesting technology of the PSC uses P&O-based MPPT. This approach uses a Sample and Hold (S&H), and multiplier circuit for the design of the P&O-based MPPT. Perturb and Observe(P&O) compare the maximum power points and open circuit voltage of perovskite photovoltaic cells. Comrators, compensators, and PWM drivers are intended for battery and charging systems. Two case studies were considered to evaluate the PSC performance under natural and artificial illumination. This circuit was designed in a UMC 180nm Complementary metal-oxide-semiconductor (CMOS) technology.
BIPV应用的钙钛矿PV MPPT设计
在全球范围内,可再生能源消费已经扩大,以避免对环境造成破坏。由于阳光充足,太阳能有望成为可持续能源经济的基石。钙钛矿太阳能电池(PSCs)被整合到建筑集成(bipv)的建筑外壳中,减少了电力需求,改善了能源转换模式。本工作旨在设计和开发一种带有DC-DC转换器(升压转换器)的MPPT电路,用于BIPV应用中的PSCs能量收集。PSC的能量收集技术采用基于p&o的MPPT。该方法使用采样和保持(S&H)和乘法器电路来设计基于p&o的MPPT。Perturb和Observe比较了钙钛矿光伏电池的最大功率点和开路电压。测量器,补偿器和PWM驱动器用于电池和充电系统。我们考虑了两个案例研究来评估PSC在自然和人工照明下的性能。该电路采用UMC 180nm互补金属氧化物半导体(CMOS)技术设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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