The first water-cooled magnet with a clear bore of 32 mm has been completed and tested. It generated 13.5 T at 7520 A, 400 V, 3 MW. The deionized water cooling system as well as monitoring and controlling system run normally. A compact superconducting coil for a 20 T hybrid magnet has been wound and tested. It reached 8.26 T at 800 A. The cryogenic system was established.
Polyhelix magnets which produce higher fields for the hybrid magnet (23T/32mm bore, 20T/52mm bore) are being developed.
A plan to produce more than 50 T quasi-steady field has been made in order to meet the requirements of higher field experiments.
The technical installation of this laboratory is also outlined in the paper.
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