We are well aware of the expediency of creating the new instrument meeting all demands of the near future. Therefore, we fully support the ideas behind the creation of the above-mentioned radio telescopes. Considering the realistic financial conditions in Russia, the ISTP is working on two versions of SSRT conversion to MVRH which differ by the speed, the methods of frequency conversion, collection of signals from the antennas, and by the rate of obtaining radio images (in the modes of frequency scanning and aperture synthesis). They show that in Russia it is possible to create - with moderate expenses - a multiwave radioheliograph in the frequency range 2-10 GHz.  This instrument cannot compete with FASR as regards the number of frequencies and spatial resolution but will provide the necessary data for successful investigations in the field of highly important problems in solar physics, including the space weather prediction problem. The difference of the longitudinal location of the SSRT (MWRH in the future) and FASR will make it possible to carry out mutually complementary observations of the Sun on a 24-hour basis. The basic expenses incurred by the implementation of the ISTP project reduce virtually to reequipment of the SSRT by additional instrumentation; the antenna system, the receiving-recording complex, the automation system, all civil engineering part and infrastructure of the SSRT complex will be used in full measure. Alterations may apply to the method and, hence, the system of signal collection. Substantially smaller expenses will be required for the replacement of the obsolescent CAMAC-modules (by modern microprocessors), cables, as well as for the overhaul of the waveguide tunnel (water proofing, protection devices). MWRH will be accessible to all interested observatories.