Henan Jianye vs Shanghai SIPG: match statistics

Henan Jianye has a clear advantage in chance quality — at home they average 14.57 shots and 4 on target per match with xG 1.61, while Shanghai SIPG away posts 8 shots, 2.43 on target and xG 0.99. In the last 5 matches Henan won 4 times, scoring 7 goals and averaging 2.4 points per match, whereas SIPG has 2 wins, 8 goals and 1.6 points per match in that period. Defensively the hosts also look better — Henan concedes 1.14 goals at home on average (xG against 1.09), while SIPG concedes 1.57 goals away (xG against 1.53). There is caution: Henan failed to score in 43% of home matches, and SIPG have a higher shot conversion rate 13% versus the hosts’ 8%, but on substantially fewer chances. Considering the larger volume of opportunities (14.57 vs 8), higher xG (1.61 vs 0.99) and better recent form over the last 5 (2.4 vs 1.6 points per match), I give the hosts the greater likelihood.

A strong signal is the seasonal BTTS indicator: Henan has 88% of matches with both teams scoring, Shanghai 57%, and the league BTTS average is 63%, giving a simple team average of about 72% in favor of BTTS. Offensive numbers also support Goal/Goal — Henan scores 2.0 goals per match on average with xG 1.68 and 14.38 shots (4.38 on target), while Shanghai averages 1.0 goals with xG 0.99 and 8.0 shots (2.43 on target). Both sides rarely keep a clean sheet: clean sheet rates are only 13% (Henan) and 14% (Shanghai), and seasonal average goals conceded are 1.25 and 1.57, which increases the likelihood that both teams will score. A counterargument is Henan’s drop in the last 5 matches — BTTS only 40% with an average of 0.8 goals conceded in the last 5 — but Shanghai has 80% BTTS in the last 5 and still concedes 1.4 goals on average, so this factor is partially balanced. Considering the seasonal 88% vs 57%, xG stats and low clean sheet rates, the best pick is BTTS - Yes with a rating of 72% versus 28% for No.

The xG-based model projects 1.61 goals for Henan and 1.05 for Shanghai, totaling 2.66 expected goals (averages: home xG 1.68 vs opponents’ xG conceded 1.53; away xG 0.99 vs opponents’ xG conceded 1.10). For a total of 2.66, the Poisson distribution yields ~74.5% probability of at least 2 goals (Over 1.5), ~49.8% for at least 3 goals (Over 2.5) and ~27.9% for at least 4 goals (Over 3.5). Season metrics reinforce this: Henan have 100% of matches >1.5 goals, scoring 2.0 goals on average with 14.38 shots and 4.38 shots on target; Shanghai have 57% of matches >1.5, averaging 1.0 goal with 8.0 shots and 2.43 shots on target. Both teams to score occurs in 88% of Henan’s home matches and 57% of Shanghai’s away matches, and Shanghai’s xG conceded of 1.53 indicates defensive vulnerability, increasing the likelihood of goals from both sides. Consequently the strongest signal is Over 1.5 (recommendation: back Over at the 1.5 line) with an estimated ~75% probability; Over 2.5 is marginal (~50%) and Over 3.5 is relatively unlikely (~28%).

At half-time a draw is most likely: the home side have been level at the break in 50% of their matches and the visitors in 57%, so I expect a draw at half-time. For the final result the home team are the favourites — they have an xG of 1.68 versus 0.99 for the visitors, on average 14.38 shots versus 8.0 and 4.38 shots on target versus 2.43, which clearly suggests better chance creation by Henan. The hosts dominate after the break: they score on average 1.5 goals after half-time versus 0.57 for Shanghai and the visitors concede on average 1.29 goals after the break, while the season PPG is 1.5 for Henan versus 0.71 for Shanghai, so a half-time draw has a high chance of turning into a home win. Therefore the half-time draw / full-time home win (X/1) is the strongest signal and I assign it a 33% probability; the draw/draw (X/X) I rate at 18%, and home-leading and home-win (1/1) at 15%. I give lower probability to turnarounds and away wins (e.g. X/2 3% or 1/2 2%), because the visitors have only 14% wins this season despite leading at half-time in 29% of games, meaning they rarely hold on to a lead.