State Grid Microfilm Wangwang

Can submicron linewidth silver grid/ionogel hybrid films be used for smart windows?

As a proof of concept demonstration, the submicron linewidth silver grid/ionogel hybrid films are successfully used to fabricate flexible smart windows and transparent touch panel. We envision that this work will shed new light on the development of next-generation optoelectronic applications which need ultrahigh resolution displays.

Can grid-tied power converters deliver flexible Distributed virtual inertia?

On top of that, there are upcoming standards of grid-tied power converters, such as PV inverters, that require grid formulation. As such, this paper proposes flexible distributed virtual inertia delivered by grid-forming converters without additional energy storage units.

Are grid-forming converters flexible and distributed inertia emulation?

This paper proposes flexible and distributed inertia emulation through existing grid-forming converters. We build a detailed state-space model, including the inner voltage and current loops as well as the outer power control loops.

Can long AG NW bundle network electrodes be used on large area PET films?

In the current work, we provide a simple solution to conquer the above-mentioned challenges, and report the development of long Ag NW bundle network electrodes on large area PET films that were coated, aligned, and bundled quickly and simply using a steel roller.

What are the patents for autonomous Hybrid microgrids?

P1. H. Sun, , “Dynamic and Adaptive Configurable Power Distribution System”, US Patent 9,876.356, issued 2018. P2. Z. Yi, , B. Huang, D. Shi, Z. Wang, “Model Predictive Controller for Autonomous Hybrid Microgrids”, US Patent 10,651,654, issued 2020.

How is a biofilm sandwiched between mesh electrodes 19 and PDMS?

The biofilm was sandwiched between a pair of mesh electrodes 19 (Fig. 2a; Supplementary Fig. S9) and the device was sealed with a pair of polydimethylsiloxane (PDMS) thin layers for structural stability.