Simple BGG: Steadystate file did not compute the steady state

Steady state
1

I am currently working on my model but it fails to calculate the steady state although I cannot see the mistake I probably made. Has anyone any guidance on how to find the steady state?

Thank you in advance and please find my code below!

var 
    C   // Consumption
    R   // Return on Capital
    W   // Wage rate
    A   // TFP
    Y   // Output
    //P   // Price
    //M   // Money
    L   // Labor
    K   // Capital
    I   // Investment
    
    //Pi  // Inflation
    //Rn   // Nominal interest rate
    //R_star // Natural interest rate
;

predetermined_variables K;

parameters
    ALPHA
    BETA 
    DELTA
    KSI
    ZETA
    RHO_A
    //RHO_R
    //PHI_PI
    //PHI_Y
    //y_ss    //steady state output
    //pi_ss    // steady state interest rate
    SIGMA_A     //0.01; // Standard deviation of technology shock
;

varexo
    ETA_A
    //ETA_R
;

ALPHA = 1/3;
BETA = 0.96;
DELTA = 0.025;
KSI = 0.7;
ZETA = 1.5;
RHO_A = 0.95;
RHO_R = 0.95;
PHI_PI = 1.5;     // Taylor rule: response to inflation
PHI_Y = 0.5;     // Taylor rule: response to output
y_ss = 1;
pi_ss = 0.02;
SIGMA_A = 0.01;

model;

1/C = BETA * 1/C(+1) * R(+1);
W = C*KSI / (1-L);
K = (1-DELTA)*K(-1) + I;
Y = C + I;
Y = A*K^(ALPHA) * L^(1-ALPHA);
W = (1-ALPHA)*A*K^ALPHA *L^(-ALPHA);
R = ALPHA*A*K^(ALPHA-1) * L^(1-ALPHA);
//M / P = ZETA*C;
log(A) = RHO_A*log(A(-1)) + ETA_A;

// 10. Taylor rule
// Taylor rule
//Rn = R_star + Pi + PHI_PI*(Pi - pi_ss) + PHI_Y*(Y - y_ss) + ETA_R;

end;

steady_state_model;
  A = 1;
  R = 1/BETA;
  L = 1/(1 + KSI * (1-ALPHA)/((1-ALPHA) - DELTA*ALPHA*BETA/(1-ALPHA)));
  K_L_ratio = (ALPHA*BETA)^(1/(1-ALPHA));
  K = K_L_ratio * L;
  Y = A * K^ALPHA * L^(1-ALPHA);
  I = DELTA * K;
  C = Y - I;
  W = (1-ALPHA) * A * K^ALPHA * L^(-ALPHA);
end;

// Initial values (optional but helps with convergence)
initval;
  A = 1;
  R = 1/BETA;
  L = 0.33;
  K = 10;
  Y = 1;
  I = DELTA*K;
  C = Y - I;
  W = C*KSI/(1-L);
end;


steady(solve_algo =1);


check;
shocks;
  var ETA_A = SIGMA_A^2;
end;

stoch_simul(irf = 40);
2

There is most likely a mistake in computing the steady state for L, which makes it inconsistent with equation 2.