(EP974169-A1)      A storage battery comprises two half-cells which are in electrochemical contact with one another through an electrically neutral ionic conductor. One of the half-cells comprises an anode and the other half-cell comprises a cathode in the form of a solid-phase Fe(VI) salt in an amount of at least 1% of the half-cell weight. Electrical storage is accomplished by means of electrochemical reduction to a valence of the Fe salt to less than VI.    Also claimed is a battery as above, but where the cathode in the form of a solid-phase Fe (V) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(V) salt. A battery as above, but where the cathode is in the form of a solid-phase Fe(IV) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(IV) salt.    USE -   Useful as a storage battery.    ADVANTAGE -   The novel type of storage battery is inexpensive, highly stable and is environmentally friendly. It has a high storage capacity and a high voltage.    (US6033343-A)      A storage battery comprises two half-cells which are in electrochemical contact with one another through an electrically neutral ionic conductor. One of the half-cells comprises an anode and the other half-cell comprises a cathode in the form of a solid-phase Fe(VI) salt in an amount of at least 1% of the half-cell weight. Electrical storage is accomplished by means of electrochemical reduction to a valence of the Fe salt to less than VI.    Also claimed is a battery as above, but where the cathode in the form of a solid-phase Fe (V) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(V) salt. A battery as above, but where the cathode is in the form of a solid-phase Fe(IV) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(IV) salt.    USE -   Useful as a storage battery.    ADVANTAGE -   The novel type of storage battery is inexpensive, highly stable and is environmentally friendly. It has a high storage capacity and a high voltage.    (CN1260069-A)      A storage battery comprises two half-cells which are in electrochemical contact with one another through an electrically neutral ionic conductor. One of the half-cells comprises an anode and the other half-cell comprises a cathode in the form of a solid-phase Fe(VI) salt in an amount of at least 1% of the half-cell weight. Electrical storage is accomplished by means of electrochemical reduction to a valence of the Fe salt to less than VI.    Also claimed is a battery as above, but where the cathode in the form of a solid-phase Fe (V) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(V) salt. A battery as above, but where the cathode is in the form of a solid-phase Fe(IV) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(IV) salt.    USE -   Useful as a storage battery.    ADVANTAGE -   The novel type of storage battery is inexpensive, highly stable and is environmentally friendly. It has a high storage capacity and a high voltage.    (EP974169-B1)      A storage battery comprises two half-cells which are in electrochemical contact with one another through an electrically neutral ionic conductor. One of the half-cells comprises an anode and the other half-cell comprises a cathode in the form of a solid-phase Fe(VI) salt in an amount of at least 1% of the half-cell weight. Electrical storage is accomplished by means of electrochemical reduction to a valence of the Fe salt to less than VI.    Also claimed is a battery as above, but where the cathode in the form of a solid-phase Fe (V) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(V) salt. A battery as above, but where the cathode is in the form of a solid-phase Fe(IV) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(IV) salt.    USE -   Useful as a storage battery.    ADVANTAGE -   The novel type of storage battery is inexpensive, highly stable and is environmentally friendly. It has a high storage capacity and a high voltage.    (RU2170476-C1)      A storage battery comprises two half-cells which are in electrochemical contact with one another through an electrically neutral ionic conductor. One of the half-cells comprises an anode and the other half-cell comprises a cathode in the form of a solid-phase Fe(VI) salt in an amount of at least 1% of the half-cell weight. Electrical storage is accomplished by means of electrochemical reduction to a valence of the Fe salt to less than VI.    Also claimed is a battery as above, but where the cathode in the form of a solid-phase Fe (V) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(V) salt. A battery as above, but where the cathode is in the form of a solid-phase Fe(IV) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(IV) salt.    USE -   Useful as a storage battery.    ADVANTAGE -   The novel type of storage battery is inexpensive, highly stable and is environmentally friendly. It has a high storage capacity and a high voltage.    (KR2001012249-A)      A storage battery comprises two half-cells which are in electrochemical contact with one another through an electrically neutral ionic conductor. One of the half-cells comprises an anode and the other half-cell comprises a cathode in the form of a solid-phase Fe(VI) salt in an amount of at least 1% of the half-cell weight. Electrical storage is accomplished by means of electrochemical reduction to a valence of the Fe salt to less than VI.    Also claimed is a battery as above, but where the cathode in the form of a solid-phase Fe (V) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(V) salt. A battery as above, but where the cathode is in the form of a solid-phase Fe(IV) salt in an amount of at least 1% of the half-cell weight, and where the discharge in the electrical storage cell is based on the reduction of the Fe(IV) salt.    USE -   Useful as a storage battery.    ADVANTAGE -   The novel type of storage battery is inexpensive, highly stable and is environmentally friendly. It has a high storage capacity and a high voltage.