High rate discharge primary battery

Claim 3

The method of claim 1 wherein the substance absorbs sufficient thermal energy from the primary battery to prevent thermal runaway of the primary battery.

Claim 4

The method of claim 1 wherein from about 1000 calories to about 9000 calories are removed from the primary battery per ampere hour of primary battery capacity.

Claim 5

The method of claim 1 wherein the primary battery has a capacity of from about 100 ampere hours to about 10,000 ampere hours.

Claim 6

The method of claim 1 wherein the substance simultaneously reacts, generating heat at the sites of heat generation, and removes the heat from the sites of heat generation.

Claim 7

The method of claim 1 wherein the anode comprises lithium and the substance comprises thionyl chloride.

Claim 8

A primary battery system comprising a primary battery having a casing and at least one high rate discharge primary cell therein; each of said cells comprising an anode selected from the group consisting of alkali and alkaline earth metals and aluminum, a cathode current collector, a separator between the anode and the cathode collector, and a substance which is a nonaqueous liquid depolarizer and electrolyte solvent containing a dissolved electrolyte, which substance consists of a material selected from the group consisting of liquid oxyhalides, liquid nonmetallic oxides, liquid nonmetallic halides, and mixtures thereof; means for cooling the substance; and fluid communication means operatively positioned between the primary battery and the cooling means to enable the substance to circulate between the primary battery and the cooling means.

Claim 9

A primary battery system comprising a primary battery having a casing and at least one high rate discharge primary cell therein; each of said cells comprising an anode selected from the group consisting of alkali and alkaline earth metals and aluminum, a cathode current collector, a separator between the anode and the cathode collector, and a substance which is a nonaqueous liquid depolarizer and electrolyte solvent containing a dissolved electrolyte, which substance consists of a material selected from the group consisting of liquid oxyhalides, liquid nonmetallic oxides, liquid nonmetallic halides, and mixtures thereof; means for cooling the substance; and fluid communication means operatively positioned between the primary battery and the cooling means to enable the substance to circulate between the primary battery and the cooling means.

Claim 10

The primary battery system of claim 7 wherein the anode is lithium.

Claim 11

The primary battery system of claim 7 wherein the substance is selected from the group consisting of SO 2 , SO 3 , VOCl 3 , CrO 2 Cl 2 , SO 2 Cl 2 , NO 2 Cl, NOCl, NO 2 , SeOCl 2 , POCl 3 , SOCl 2 , S 2 Cl 2 , and S 2 Br 2 .

Claim 12

The primary battery system of claim 7 wherein the substance is SOCl 2 and a cosolvent selected from the group consisting of SO 2 , SO 3 , VOCl 3 , CrO 2 Cl 2 , SO 2 Cl 2 , NO 2 Cl, NOCl, NO 2 , SeOCl 2 , POCl 2 , S 2 Cl 2 , and S 2 Br.

Claim 13

The primary battery system of claim 7 wherein said means for cooling the substance comprises a heat exchanger.

Claim 14

The primary battery system of claim 7 wherein said casing comprises the outer shell of said system.

Claim 15

The primary battery system of claim 12 and further comprising a plurality of fins attached to the outer surface of the outer shell of said system.

Claim 16

The primary battery system of claim 12 wherein said fluid communication means comprises passageways leading from the anode and cathode current collector towards and along an inner surface of the outer shell of the primary battery and leading back from the inner surface of the outer shell to the anode and cathode current collector.

Claim 17

The primary battery system of claim 7 wherein said fluid communication means includes a primary battery outlet conduit connecting the primary battery and the cooling means; and means operatively connected between the cooling means and the primary battery to circulate the substance throughout the primary battery system.

Claim 18

The primary battery system of claim 15 wherein said means to circulate includes pump means, filter means, valve means, and means for compensating for relative movement within the system.

Claim 19

The primary battery system of claim 16 wherein said means for compensating for relative movement within the system comprises a bellows.

Claim 20

The primary battery system of claim 7 wherein the anode comprises a plurality of single leaf disks containing a central hole; the cathode current collector comprises a plurality of double leaf disks containing a central hole; and wherein the primary battery system further includes a flow channel in between the leaves of each double leaf cathode current collector; an interelectrode hydraulic guide between the separators and the anodes; a master anode collector located on the periphery of the circular disk anodes and electronically connected to each anode; and a conduit that passes through the central hole of the alternating anodes, separators and cathode current collectors, the conduit acting as a second cathode current collector being electrically connected to the cathode current collectors and insulated from the anodes, and being a carrier of the substance to the flow channel in between the leaves of each double leaf cathode current collector.

Claim 21

The primary battery system of claim 7 wherein the anode comprises a plurality of single leaf disks containing a central hole; the cathode current collector comprises a plurality of double leaf disks containing a central hole; and wherein the primary battery system further includes a flow channel in between the leaves of each double leaf cathode current collector; an interelectrode hydraulic guide between the separators and the anodes; a master cathode collector located on the periphery of the double leaf disk cathode current collectors and electrically connected to each cathode current collector; and a conduit that passes through the central hole of the alternating anodes, separators and cathode current collectors, the conduit acting as a second anode current collector being electrically connected to the anodes and insulated from the cathode current collectors, and being a carrier of the substance to the flow channel in between the leaves of each double leaf cathode current collector.

Claim 22

The primary battery system of claim 7 wherein the anode comprises at least one hollow tube substantially covered by a metal; the cathode current collector comprises at least one perforated hollow tube; and wherein the primary battery system further includes a master anode collector having a first end of each hollow anode and cathode tube passing through it, with the anode tube electrically connected to it and the cathode tube electrically insulated from it; an end plate having a second end of each hollow anode and cathode tube passing through it, with the anode tube insulated from it; a master cathode collector being electrically connected to the hollow cathode tubes and having the first end of each hollow cathode tube passing through it; a bed of cathode pellets surrounding the anode and cathode tubes; an outer shell encasing the primary battery system; and means between the master anode collector and outer shell that prevents the substance entering the battery from directly mixing with the substance around the cathode pellets, the means forcing the substance to flow through the hollow tubes of the anode into the perforated cathode tubes and into the cathode pellets.

Claim 23

The primary battery system of claim 20 further comprising a porous separator covering the metal, and a screen holding the porous separator in place which is electrically isolated from the anode.

Claim 24

The primary battery system of claim 21 wherein the porous separator comprises fiberglass, and the screen comprises a metal inert to the substance.

Claim 25

The primary battery system of claim 20 wherein the means to prevent the substance entering the battery from directly mixing with the substance around the cathode pellets is partially open providing a path for convection currents to circulate the substance from the anode and cathode current collector past the outer shell of the primary battery, back to the anode and cathode current collector, whereby thermal energy can be exchanged between the substance and the outer shell of the primary battery.

Claim 26

The primary battery system of claim 7 wherein the anode is comprised of at least two layers of anode material with a plurality of channels between the layers; and wherein the primary battery system further includes a shaft around which the anode with channels, cathode current collector and separator have been wound in a spiral manner; a master cathode current collector on the shaft electrically connected to the cathode current collector; an anode current collector on the shaft electrically connected to the anodes, a plurality of baffles surrounding the wound anode and cathode current collector that increases the velocity of the substance flowing past; an outer shell surrounding the baffles which absorbs thermal energy from the substance flowing past; and means to prevent the substance flowing past the baffles from recirculating through the channels.

Claim 27

The primary battery system of claim 24 wherein the means to prevent the substance from recirculating through the channels is partially open providing a path for convection currents to circulate the substance from the anodes and cathode current collectors, past the baffles and outer shell of the primary battery, back to the channels between the anodes.

Claim 28

The primary battery system of claim 25 and further comprising means operatively located within the outer shell to curculate the substance throughout the primary battery system.

Claim 29

The primary battery system of claim 7 and further comprising a sealed expandable means located within the outer shell of the primary battery adapted to maintain a substantially constant pressure within the system.

Claim 30

The battery system of claim 7 wherein at least two primary batteries are electrically connected in series and located within a single outer shell.