Grid Battery Metals Inc. announced its plans to explore for the upcoming 2024 mineral exploration season in Nevada. Texas Spring Lithium Property: The company team recently completed the Phase 1 exploration of the Texas Springs Property in fall 2023 which included both a CSAMT geophysical survey and a detailed soil sampling on a 50 m X 100 m spacing. Four drillholes are recommended for a Phase 1 Reverse Circulation program targeting the mineralized zones identified in surface sampling.

Drilling should be advanced to the bottom of the depositional basin, characterized by a basal conglomerate above bedrock. Depths to the base of the basin will vary depending on the location of the drillhole relative to the basin structure which is not well defined. Based on limited information, basin depths are expected to range from 150m (492 ft) to 300m (984 ft).

Samples should be collected for the entire length of hole and composited at regular 1.5m (5ft) intervals. Duplicates, blanks and standards should be inserted once every 20 samples (5%) for QA/QC. A four-acid aqua regia digestion analysis method is recommended for drill samples.

This aggressive digestion method will sufficiently extract lithium and other elements of interest in the clays and other rocks encountered at the Project. Drilling should be followed up with interpretation of the results. A 3D geologic model should be made using rock chips, assay results, CSAMT data and existing geologic mapping.

The CSAMT data should be used to infer continuity of changes in subsurface strata, especially between sandy and clayey interfaces. The modeling should look for correlation between mineralized clay strata along trend with other high-grade intercepts. A comparison of any identified high grade lithium zones should be made with the CSAMT data collected.

If correlation between high lithium clays is and a specific range of ohms is consistently identified at depth, this correlation should be used to inform additional drill targets at the Project. If Phase 1 exploration is successful, a Phase II drill program should be undertaken to refine the location size and grades of mineralized zones. As few as five (5) additional drillholes may be sufficient, however if zones of interest are identified in the far western portion of the claim block, or anywhere on the eastern half of the claim block, as many as twenty (20) drillholes may be required.

Volt Canyon Lithium Project: At the Volt Canyon Lithium Project, the Company contracted the services of Rangefront Geological ("Rangefront") to perform a detailed soil sampling on a 100 m X 100 m spacing as a first phase of the Company's exploration plan on site. The Company proposes to use the results of these soil samples, together with a planned second phase exploration program involving geophysical surveys of the property, to help predict geological structure and possible locations for lithium accumulation. Unfortunately, an unusually wet fall and winter has shortened the exploration season on the Volt Canyon Lithium Project, and it plan on continuing the remaining soil sampling and assay work in 2024 when the exploration season begins.

Once the first two phases of this exploration program at Volt Canyon have been successfully completed, the Company will determine the next steps for its overall exploration plan. This may include, but is not limited to, a subsequent drilling program. Clayton Valley Lithium Project: At the Clayton Valley Lithium Project, the Company contracted the services of Rangefront to perform an updated and revised NI #43-101 Technical Report.

The company proposes to use the results of this Technical Report and prior soil samples, geophysical surveys, and drilling on the property, to help identify structure and target areas favorable to lithium accumulation and determine next steps for its overall exploration plan. This may include, but is not limited to, additional CSAMT geophysical survey, additional soil sampling and a subsequent exploratory drilling program on the property.