NOVELTY - Edible fungi compost is continuously fermented by expanding effective microorganism (EM) bacterial strain in a fermenting pot as required; pre-fermenting the compost for 3-5 days outside the chamber; transferring the pre-fermented compost into a multi-hole tunnel type fermenting chamber (1) to naturally heat and ferment for 6-9 hours; and adding the EM bacterial strain into the compost as required to carry out fermentation for the second time for 7 days and promote conversion of nutrients.    USE - Method for continuous fermentation of edible fungi compost (claimed).    ADVANTAGE - The method has high production efficiency which can compost 10-15 tons with total time of fermentation of 10-12 days. Further, multiple fermenting chambers can be serially connected to work to continuously supply the compost every day, so that the edible fungi can be continuously cultured for the whole year.    DETAILED DESCRIPTION - Continuous fermentation of edible fungi compost comprises:    (A) expanding EM bacterial strain in a fermenting pot as required;    (B) pre-fermenting the compost for 3-5 days outside the chamber;    (C) transferring the pre-fermented compost into a multi-hole tunnel type fermenting chamber (1) to naturally heat and ferment for 6-9 hours; and    (D) adding EM bacterial strain into the compost as required to carry out fermentation for the second time for 7 days and promote conversion of nutrients, where a centrifugal fan (6) and a fan (7) are connected outside to ventilate and cool the fermenting chamber during fermentation, a humidifying machine (2) is arranged to adjust the humidity level, and a forklift is arranged to overturn the material for 1-2 times during fermentation.    An INDEPENDENT CLAIM is included for a multi-hole tunnel type fermenting chamber, comprising steam tunnel holes (4) with diameter of 2-2.5 mm which are tightly distributed at the ground of the multi-hole tunnel fermenting chamber, where the central moment between the holes is 8-10 cm; and a snake-shaped steam heating pipe (5) arranged in a basement (3).    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of the multi-hole tunnel type fermenting chamber.    Multi-hole tunnel type fermenting chamber (1)    Humidifying machine (2)    Basement (3)    Steam tunnel holes (4)    Steam heating pipe (5)    Centrifugal fan (6)    Fan (7)