diffraction effects may alter the image quality. The gaps among lens may affect the image quality.

Need a few specs to answer this properly:

1. Sensor pixel size and resolution you are using as an image plane

2. Object distance or working distance.

3. Focal length of microarray and effective diameter you are interested in using.

4. I may not answer straight away because sometimes I forget to check Researchgate.

I'm agree with Logan DesAutels, it's possible and practical but you need take attention to your sensor size and spacing. Also be aware of material you use (less absorbance, less aberration, ...). Lens can perform a Fourier transform, if you have enough time, simulate your setup.

If you want to build or select one and need to increase FOV, please take a look at :

Article Micro-Fresnel-Zone-Plate Array on Flexible Substrate for Lar...

Article Fabrication of large micro-structured high-numerical-apertur...

Article Fabrication and investigation of the bionic curved visual mi...

recommended :

Article Switchable FoV infrared imaging system using micro-lens arrays

True what Ali Bakhshi said and I did forget to mention that you need to also know the aberrations of your optical system. If you use an off-shelf lens and don't know anything of its performance your image quality will suffer. However, if you are just doing an initial design and are trying to understand what EFL and aperture size (f#) you need or if the current lens array will work, then you can assume no aberrations.