Note on narval 64 processors nodes are used to run these jobs while 48 processors nodes are for GPU users only!
Exemplary batch job for using phonopy on narval to create supercells:
phonpydispfc2fc3QE.sh
#!/bin/bash -l
#SBATCH --job-name=QE_ThN
#SBATCH --account=rrg-szpunarb-ad
#SBATCH --nodes=1
#SBATCH --tasks-per-node=1
#SBATCH --mem=0
#SBATCH --time=1:00:00

# Load the modules:

module load StdEnv/2020 scipy-stack
source ~/phonopy_env/bin/activate

#generate displacements
phonopy --qe -d --dim="2 2 2" --pa="F" -c ThN.in

Two supercell were created and phonopy_disp.yaml
slurm-10362680.out

phonpyprepfc2fc3QE.sh
#To copy the header to the created supercells
for i in $( seq 2 ); do n=$(printf %03d $i); cat header.in supercell-$n.in >|ThN-$n; done
#To make seperate directories for the inputs (supercells) in order to run corresponding scf calculations
mkdir  disp-{001..002}
#Copy the ThN-xxxxx files to created subdirectories above
for i in $( seq 2); do n=$(printf %03d $i); cp ThN-$n disp-$n/ThN.in;  done
Created:
disp-001
disp-002 with ThN.in in it 
slurm-10365086.out

Submit jobs in subdirectories
jobscfforarraysubmitt.sh
#SBATCH --array=01-02
i=$(printf %03d $SLURM_ARRAY_TASK_ID)
cd disp-$i
srun pw.x  < ThN.in > ThN.out

Two runs completed in disp dir:
slurm-10366648_1.out
slurm-10366648_2.out

Create FORCE_SETS in phonopy
phonpycollectfc2QE.sh
phonopy -f disp-{001..002}/ThN.out
slurm-10372984.out
created:
FORCE_SETS

To calculate phonond using mesh.conf
DOS.sh
slurm-10373306.out
phonopy -p mesh.conf
mesh.conf:
ATOM_NAME = Th N
DIM = 2 2 2
MP = 50 50 50

Phonons DOS stored in:
total_dos.dat