def METHOD_NAME(Q_dots_evap, Q_dots_gen):
    r"""
    Calculates the coefficients of performance ('COPs'),
    the maximum chiller capacity as normed value ('Q_chill_max'),
    and the maximum chiller capacity as
    absolute value ('Q_chill_nominal').
    .. COP-equations:
    :math:`COP= \frac{\dot{Q}_{evap}}{\dot{Q}_{gen}}`
    .. Q_chill_max-equations:
    :math:`\dot{Q}_{chill, max} = \frac{\dot{Q}_{evap}}{max(\dot{Q}_{evap})}`
    .. Q_chill_max-equations:
    :math:`\dot{Q}_{chill, nominal} = max(\dot{Q}_{evap})`
    Parameters
    ----------
    Q_dots_evap : numeric
        Heat flux at Evaporator
    Q_dots_gen : numeric
        Heat flux at Generator
    Returns
    -------
    AC_specs : dict
        Absorption chiller specifications
        ('COPs', 'Q_chill_max', 'Q_chill_nominal')
    """
    AC_specs = {
        'COPs': [Q_e / Q_g for Q_e, Q_g in zip(Q_dots_evap, Q_dots_gen)],
        'Q_chill_max': [Q_e / max(Q_dots_evap) for Q_e in Q_dots_evap],
        'Q_chill_nominal': max(Q_dots_evap)
    }
    return AC_specs